Project Overview Project Name: Regional Airport Apron HighMast Lighting Renovation  Project Project Location: Southeast Asia regional airport  End-user: Airport infrastructure management department  Adopted Product: HRLUX Full Set High Mast Light (Complete package: hot-dip galvanized tapered pole, electric lifting system, 600W / 800W modular lamp heads)  Site Profile: Mixed passenger & cargo apron, covering aircraft parking bays and ground service vehicle lanes. The site was equipped with outdated high pressure sodium high masts requiring full replacement. This tropical coastal area features high humidity and regular salt spray exposure.  Project Scale: Supply and installation of 7 sets of 26 meter full high mast lighting systems.  Project Cycle: 16 working days, covering site survey, Dialux EVO photometric simulation, factory fabrication, on site erection, lamp aiming and final acceptance. Core Project Requirements The airport maintains overnight flight turnaround services. Its legacy high pressure sodium lighting failed to satisfy ICAO apron lighting standards. The client listed these key requirements: 1.Replace aged high pressure sodium high mast systems. Deliver qualified horizontal ground illuminance plus sufficient vertical brightness on aircraft fuselage, helping ground crew conduct visual inspections safely at night. 2.Deploy a complete high mast package: galvanized steel pole, built in electric lifting hardware and modular LED lamp heads. Anti corrosion construction must withstand coastal salt spray. 3.Enforce strict glare control, reduce light interference for pilots and air traffic controllers, and cap unnecessary upward light spill. 4.Cut overall power consumption and minimize frequent high altitude maintenance work caused by the limited service life of traditional HID lamps. 5.Complete installation without long term apron occupation. All construction activities must fit inside airport flight operation windows. Project Pain Points & Site Challenges Before renovation, the old sodium lighting system on the apron created multiple operational bottlenecks: 1.High energy consumption & short service life: Conventional high pressure sodium fixtures draw large power. Severe lumen decay appears after short operation time, forcing teams to lower lamp panels repeatedly for maintenance. 2.Uneven light distribution: Wings and fuselages of parked aircraft create large shadow zones. Insufficient vertical brightness on aircraft surfaces made night visual inspection difficult for ramp crews. 3.Coastal corrosion risk: Salt laden humid air speeds up rust formation on ordinary steel poles and lamp housings, while seal aging triggers premature equipment breakdown. 4.Glare and light trespass: Uncontrolled upward stray light disturbed tower staff and pilots during night taxiing. The original setup failed to meet airport TI glare limits. 5.Strict construction constraints: Apron work can only happen between flight shifts. Long time occupation of aircraft parking stands was forbidden. 6.Compliance barriers: Airport projects require foundation load verification, lightning protection testing and aviation light approval prior to construction.   Customized Lighting Solution 2.1 Product Matching & Technical Parameters HRLUX engineering team adopted our full set high mast lighting solution after completing Dialux EVO 3D apron simulation, taking aircraft shadow shielding and coastal corrosive atmosphere into consideration. Parameter Item Full Set HRLUX High Mast Light Modular Lamp Head Model 600W / 800W Total system power per mast 3600W-4800W Lamp Head Protection Grade IP66 Lamp Head Impact Resistance IK08 Pole Material Q355JR high strength low alloy steel Pole Anti corrosion Process Internal & external hot dip galvanizing, zinc layer 85 120μm Mast Height 26m Lifting System Electric / manual dual control lifting, anti fall protection, emergency manual operation during power cut Wind resistance capacity Up to 60 m/s Beam Angle Options 15° /45° /90° LED L70 Lifespan ≥50000 hours Important On site Implementation Notes： 1.Simulation must account for aircraft body shadow blocking to balance horizontal ground illumination and vertical fuselage brightness. 2.For coastal salt spray sites, regular inspection on hot dip galvanized pole surface is recommended. 3.Run no load test for electric lifting mechanism before lamp head installation, ensure anti fall safety device works normally. 4.Deploy mixed beam angles: narrow beam for long distance coverage, wide beam for ground service vehicle lanes. 5.Complete foundation load test, lightning protection inspection and aviation obstruction light approval before construction. Regional Matching Layout Strategy:   Main aircraft parking bays: Install 800W lamp heads, mix 15° and 45° lenses to optimize vertical illumination for aircraft surfaces.  Ground service vehicle access lanes: Deploy 600W lamp heads with 90° wide angle lens to realize uniform ground lighting.  Each complete high mast set includes tapered galvanized pole, lifting unit, lightning protection assembly, aviation obstruction light and full mounting accessories.   2.2 Project Implementation Process 1.Site survey: Measure apron layout and foundation condition, collect airport CAD drawings, confirm available construction windows between flights. 2.Dialux EVO photometric simulation: Import aircraft 3D obstacle model, match mixed beam angle combination, generate apron lighting report compliant with ICAO standards. 3.Scheme final confirmation: Confirm mast quantity, power configuration, lens combination and installation position for every high mast point. 4.Factory production & inspection: Steel pole welding and hotdip galvanizing; lamp heads pass IP66 waterproof and hightemperature aging test before shipment. 5.Airport side construction: Foundation acceptance, high mast pole hoisting, lifting system debugging, lamp head installation and wiring. All construction works are arranged strictly within flight gaps. 6.Precision lamp aiming: Adjust lamp head projection angle according to simulation result to control upward stray light. 7.Acceptance & hand over: Test horizontal / vertical illuminance, uniformity and TI glare index; deliver IES files, simulation documents, material certificates and operation maintenance manual.   Core Product Advantages  When compared with high mast projects assembled from separately sourced components, HRLUX full set high mast lighting delivers targeted value for airport apron projects: 1.One stop integrated delivery: Complete solution including galvanized steel pole, lifting mechanism, modular LED lamp heads and aviation obstruction lights. Clients avoid separate procurement of pole and lamps, cutting matching risks and shortening overall project timeline. 2.Coastal oriented anti corrosion system: Q355JR steel paired with internal external hot dip galvanizing (85 120 μm zinc layer), suitable for long term coastal salt spray outdoor environments. 3.Safe dual control lifting structure: Electric manual dual control lifting fitted with anti fall locking protection. Manual emergency operation works under power failure to reduce risks of high altitude maintenance. 4.Flexible modular lamp head combination: 600W / 800W modular lamp heads with multiple beam angle choices. Engineers can assign different optics for aircraft bays and service vehicle lanes within one lamp panel. 5.High grade environmental performance: IP66 & IK08 lamp head rating, L70 lifespan ≥50000 hours, greatly reducing annual maintenance frequency.   Project Acceptance Data & Operational Benefits 3.1 Post retrofit On site Test Result Once installation and lamp angle calibration finished, field measurement meets ICAO airport apron lighting requirements:  Apron average horizontal illuminance: 42 lx，Uniformity Uo:0.62 Average vertical illuminance on aircraft fuselage: 31 lx  CRI Ra ≥83  Glare TI index ≤10, upward light spill is effectively controlled; no glare complaints from pilots and tower staff during night flight operation. 3.2 Economic & Operational Benefits 1.Energy saving performance: Compared to legacy high pressure sodium lighting system, overall power consumption dropped by 51%, annual electricity saving ≈ $11430 USD. 2.Maintenance cost reduction: Long life LED modules plus groundaccessible lifting design reduce high altitude repair tasks; annual maintenance expenditure decreased by 73%. 3.Operational safety improvement: Balanced horizontal vertical visibility optimizes night shift ground crew working condition and reduces ground handling operational risk. 4.Integrated supply benefit: Factory pre matching reduces on site assembly workload and shortens apron occupation time during construction. 5.Investment pay back period: Static pay back period calculated by electricity plus maintenance savings reaches approximately 2.7 years.   Customer Testimonial “Our apron relied on old sodium high mast lights for years. We struggled with high electricity bills, poor vertical lighting and frequent corrosion failures. The full package high mast solution from HRLUX saved us a lot of component matching work. Hot dip galvanized poles work well in our coastal salt humid climate. Dialux simulation matches real site performance perfectly, and the apron’s night visibility meets our flight safety requirements.” — Infrastructure Project Manager, Southeast Asia Regional Airport   Project Summary This airport apron full set high mast renovation case demonstrates the practical performance of HRLUX full set high mast lighting system under coastal airport operating conditions. Targeting typical apron site pain points: aircraft shadow interference, insufficient fuselage vertical illuminance, coastal salt fog corrosion, high power consumption and risky high altitude maintenance, this one stop integrated solution delivers galvanized anti corrosion steel pole, safe lifting mechanism and modular multi optics lamp heads. Factory pre assembly lowers on site matching risk. This project offers replicable engineering reference for regional airport aprons, large cargo terminals and open air comprehensive yard lighting projects worldwide.  FAQ Q1：What is the maximum height of the high mast light for airport apron? A1：Our high mast light can be customized from 15m to 40m, matched with multi-angle LED modules to meet airport apron uniform illumination requirements. Q2：Does the high mast light support lightning protection and surge protection? A2：Yes. The whole set adopts integrated lightning protection and 10kV surge protection design, adapting to outdoor open-air airport environment. Q3：What is the warranty period of HRLUX high mast light? A3：5-year warranty for LED light modules and power supply. We provide remote technical guidance and spare parts support. Q4：Can you provide Dialux lighting simulation report for bidding? A4：Yes. We can supply Dialux simulation report, IES files and full set of certification documents for project bidding.   Related Products Morning Star 200W-1200W LED High Mast Light BD Series Circular LED High Mast Stadium Flood Light 500-1000W IP66 LED Flood Light   Related Blogs Why Can High Mast Lights Illuminate an Entire Square  Modular vs Integrated LED Stadium Lights How Many Typhoon Levels Can a High Mast Light Withstand Wind Resistance     Your Reliable Outdoor Lighting Partner   HRLUXSOLAR focuses on mid-to-high-end outdoor lighting with strict quality standards and a rigorous, responsible team. We take quality as the core and professionalism as the foundation to provide stable and durable outdoor lighting products.We specialize in professional services for municipal and commercial engineering projects, delivering customized lighting solutions for smooth project implementation. We support flexible customization, efficient delivery and full-process technical support to meet diverse project demands.Committed to being your trusted outdoor lighting partner, HRLUXSOLAR keeps improving to create better lighting value for your projects. Need a Dialux simulation for your project? Click here for a free lighting plan.  

  Project Overview This multi-purpose sports ground is located in Southeast Asia, covering basketball, badminton and amateur football training. The original lighting system adopted traditional metal halide lamps. After long-term operation, the site suffered obvious light attenuation, high power consumption, uneven light distribution and severe glare. The original lighting could not meet the requirements for regular training and local amateur matches. The property management team planned a full lighting retrofit. They required the new lighting solution to achieve stable illumination, reduce energy consumption, simplify maintenance, and satisfy the illumination standards for amateur tournaments. After comparing multiple lighting suppliers, they finally selected HRLUX HRMZ500A modular stadium lighting solution.   Project Challenges  The existing lamp bracket structure was reserved, so the weight and installation size of new lamps must match the original mounting positions without large-scale steel structure reconstruction. Athletes complained about strong glare in the old lighting system; the new lights need to control glare value effectively to avoid visual interference during ball movement. The site has multiple sports functions, requiring balanced illumination across the whole ground, dark corners are not allowed. Local high temperature and humid climate, the lamps need reliable heat dissipation and outdoor waterproof performance for long-term stable operation.   Our Solution  HRLUX engineering team carried out on-site measurement and Dialux optical simulation according to the field dimension and mounting height. We adopted HRMZ500A modular stadium lights for this project. HRMZ500A adopts split modular design. Each light module can work independently. The customer can configure the lamp power flexibly according to the illumination requirement. Equipped with high-efficiency LED chips and customized optical lens, it realizes precise light projection, cuts light spillage and suppresses glare. The lamp housing uses die-cast aluminum heat dissipation structure, which can quickly export internal heat. IP66 waterproof & dustproof rating adapts to tropical humid outdoor environment. Power supply supports surge protection, to resist voltage fluctuation in local power grid. Engineers adjusted installation angle of each lamp, optimized the light distribution, to ensure uniform illumination over the whole sports area.   Project Results & Benefits  After installation and commissioning, the site illumination fully meets the amateur competition lighting standard. Uniformity of illumination is greatly improved, dark zones on the court are eliminated. Energy Saving: Compared with the old metal halide lamps, the overall power consumption dropped by 58%, bringing obvious electricity cost savings every year. Low Maintenance: Modular design enables separate replacement of failed modules. No need to change the whole luminaire, maintenance cost and downtime are reduced. Comfortable Lighting: Optimized lens reduces glare effectively. Athletes have better visual experience during training and matches. Long Service Life: Good heat dissipation performance slows down light decay. The expected service life reaches more than 80,000 hours.   Client Feedback  "We chose HRLUX HRMZ500A modular stadium lights for this renovation. The engineering team provided professional optical simulation before construction. After project completion, the lighting effect exceeded our expectation. Power consumption is much lower than before. The modular design is very convenient for later maintenance. We will consider cooperating with HRLUX for our another new sports venue project."   FAQ  Q1: Can HRMZ500A modular stadium light be used for football, basketball and tennis courts? A1: Yes. By adjusting power combination and lens angle, HRMZ500A can be adapted for football, basketball, tennis and other sports venues, suitable for training and amateur tournament scenarios. Q2: What is the waterproof rating of HRMZ500A? A2: HRMZ500A reaches IP66 dustproof and waterproof grade, suitable for outdoor open-air sports venues. Q3: Is it possible to replace only one damaged module instead of the whole lamp? A3: Yes. The modular structure supports individual module replacement, which greatly cuts maintenance expense.   Related Products HRMZ500A LED Modular Stadium Light BD Series Circular LED High Mast Stadium Flood Light High Mast Light Manufacturer      Related Blogs 7-A-Side Football Pitch MH  Golf Course Lighting  Tennis Lighting         Your Reliable Outdoor Lighting Partner   HRLUXSOLAR focuses on mid-to-high-end outdoor lighting with strict quality standards and a rigorous, responsible team. We take quality as the core and professionalism as the foundation to provide stable and durable outdoor lighting products.We specialize in professional services for municipal and commercial engineering projects, delivering customized lighting solutions for smooth project implementation. We support flexible customization, efficient delivery and full-process technical support to meet diverse project demands.Committed to being your trusted outdoor lighting partner, HRLUXSOLAR keeps improving to create better lighting value for your projects. Need a Dialux simulation for your project? Click here for a free lighting plan.      

Project Overview  Project Name: Hainan Lingao Offshore Fishing Vessel LED Fish-Attracting Lighting Renovation Project Project Location: Lingao County, Hainan Province, China (Typical offshore squid fishing base) End Client: Local professional offshore fishing fleet operator Applied Product: HRLUX 1000W-1200W High Power IP67 Waterproof Marine LED Fish Attracting Light Applicable Scenario: All-night offshore squid and phototactic fish fishing operations Project Scale: 8 fishing boats fully upgraded and renovated Project Cycle: 12 working days (scheme confirmation, product delivery, port installation and sea trial acceptance)   Core Project Requirements  Lingao offshore fishery adopts long-distance all-night fishing mode. The original traditional metal halide fishing lights have high comprehensive operating costs and poor marine environmental adaptability. The client put forward three core renovation goals: energy saving and consumption reduction, stable sea adaptability, and improved fishing attraction efficiency. 1. Replace high-power metal halide lamps to reduce ship generator load, cut fuel consumption, and lower single-voyage operating costs. 2. Adopt IP67 high-level waterproof and salt-fog corrosion resistance to adapt to high-humidity and high-salt offshore working environment, reducing lamp damage rate. 3. Optimize sea surface light field uniformity, stabilize long-term light output, and enhance the trapping effect on squid and other phototactic fish. 4. Reduce frequent high-risk maintenance operations at sea and improve the overall operational safety of fishing vessels. 5. Compatible with original ship brackets, minimize hull modification and shorten port downtime.   Project Pain Points & On-site Challenges  Before the renovation, the fishing fleet faced many industry pain points that plagued long-term operations: 1. Excessive energy consumption and high fuel cost: Traditional 1000W+ metal halide lamps have low light efficiency and high power load. Long-time full-load operation of the generator leads to excessive fuel consumption, which accounts for more than 35% of the total fishing cost. 2. Poor salt corrosion resistance and high failure rate: Ordinary fishing lights lack professional marine anti-corrosion treatment. Salt spray and seawater splashing easily cause water ingress, short circuit and lamp burnout, with an annual failure rate as high as 45%. 3. Slow startup and severe light decay: Metal halide lamps require 3-5 minutes of preheating to reach rated brightness. Long-term sea vibration and high temperature accelerate light decay, resulting in weakened fish-attracting effect in the middle and late stages of fishing. 4. High maintenance risk at sea: Damaged lamps need manual replacement on rolling sea decks, which has high operational safety hazards. 5. Unreasonable light field coverage: Traditional light sources have scattered light beams, serious light loss, insufficient effective sea surface illumination, and limited fish trapping range.   Customized Marine Lighting Solution 1. Product Selection & Core Parameters  Aiming at the high salt, high humidity and all-night continuous operation characteristics of Lingao offshore fishery, HRLUX technical team matched 1200W high-power IP67 fully sealed marine professional fish-attracting lights to replace traditional metal halide equipment. Parameter Item HRLUX 1200W LED Fish Light Traditional Metal Halide Fish Light Rated Power 1200W 1500W-2000W Protection Grade IP67 Full Sealed IP54 Ordinary Waterproof Marine Treatment Salt-fog anti-corrosion coating No professional anti-corrosion Startup Mode Instant full brightness 3-5min preheating required Service Life L70 ≥50000h ≤8000h Annual Failure Rate ≤5% ≥45% Energy Saving Rate 38% Power Reduction Benchmark (0%)   2.On-site Layout Strategy  According to the deck length and tonnage characteristics of Lingao local fishing boats, the scheme adopts bilateral gunwale array uniform layout. The lamps are installed at a fixed height on both sides of the hull to form a large-area uniform high-brightness light field on the sea surface, expanding the active trapping range of phototactic fish. All installations reuse original ship brackets to achieve zero modification of the hull structure. 3. Standard Implementation Process  1. On-site survey: Collect ship electrical parameters, bracket size and deck layout in Lingao fishing port. 2. Custom layout design: Match lamp quantity and installation angle according to fishing boat tonnage. 3. Pre-delivery test: Strict salt spray, waterproof and aging tests for all marine lamps. 4. Port installation & wiring: Complete fixed installation and waterproof sealing construction. 5. Power-on debugging: Adjust light projection angle to optimize sea surface light field coverage. 6. Sea trial tracking: Verify fishing effect and equipment stability in actual offshore operation.   Core Product Advantages  1. 38% High Energy Saving: High-efficiency LED light source replaces traditional high-power metal halide lamps, effectively reducing generator load and cutting single-voyage fuel consumption. 2. Genuine IP67 Marine Grade Protection: Fully integrated sealed structure with professional salt-fog anti-corrosion coating, resisting seawater splashing and long-term salt erosion, suitable for harsh offshore environments. 3. Instant Bright & Stable Output: No preheating delay, instant full brightness, adapting to flexible switching operations at sea; ultra-low light decay ensures stable fish-attracting effect throughout the whole fishing period. 4. Professional Fish-Attracting Optical Design: Custom optical lens controls light beam accurately, avoid light scattering loss, form high-uniformity sea surface light field, and improve squid trapping efficiency. 5. Super Wide Voltage Adaptation: AC90-305V wide voltage design, stable operation under frequent voltage fluctuation of ship generators. 6. Ultra-Long Service Life & Low Maintenance: L70 lifespan up to 50000 hours, annual failure rate reduced from 45% to 5%, greatly reducing sea maintenance risks and labor costs.   Project Actual Benefits & Data Verification  After 3 months of continuous offshore sea trials in Lingao fishing ground, the project achieved significant measurable economic and operational improvements: 1. Energy-saving benefit: Single-vessel lighting power consumption reduced by 38%, average monthly fuel cost saved by $420+. 2. Maintenance benefit: Annual lamp failure maintenance frequency reduced by 88%, eliminating high-risk deck replacement work in bad sea conditions. 3. Fishing efficiency improvement: Uniform and stable light field expands fish gathering range, and the overall catch of squid and phototactic fish increased by 12-18%. 4. Stable sea adaptability: Zero water ingress and zero corrosion failure after multiple storms and high salt spray tests.   Customer Testimonial  “Our fleet has been operating in Lingao offshore waters all year round. Traditional metal halide lights are too power-consuming and easy to burn out by salt corrosion. After switching to HRLUX 1200W marine LED fish lights, the fuel cost is significantly reduced, the lights are always bright and stable during all-night fishing, and the squid catch is obviously improved. The product quality and after-sales guidance are very reliable.” — Person in Charge, Local Lingao Fishing Fleet   Project Summary  This Hainan Lingao fishing vessel lighting renovation project fully verifies the superior performance of HRLUX 1000W-1200W IP67 marine LED fish attracting lights in real offshore high-salt and high-humidity working conditions. The product perfectly solves the industry pain points of traditional fishing lights such as high energy consumption, easy corrosion, short life and unstable light output. With genuine IP67 marine waterproof and anti-corrosion performance, professional fish-attracting optical design and ultra-low light decay performance, it effectively reduces ship operating costs, improves fishing efficiency, and provides a highly replicable professional renovation solution for offshore fishing fleets in Hainan and coastal areas across the country.   FAQ  Q1: Why are LED fish lights more suitable for Hainan offshore fishing than traditional metal halide lights? A1: Hainan offshore area has high salt spray and high humidity. HRLUX IP67 LED fish lights adopt full-sealed anti-corrosion structure, with 38% lower power consumption, 6 times longer service life and 88% lower maintenance frequency than traditional metal halide lamps, and the light field is more uniform for fish trapping. Q2: Does the 1200W marine fish light need to modify the original ship bracket? A2: No large-scale modification is required. The product is compatible with most standard ship lamp brackets. It can be directly installed and reused, effectively shortening port renovation cycle and reducing refit cost. Q3: What color temperature is suitable for offshore squid fishing? A3: This HRLUX marine fish light adopts professional phototactic fish dedicated color temperature, which conforms to the phototactic habit of squid and pelagic fish. It can form a strong and stable light field on the sea surface to improve gathering efficiency. Q4: Can the IP67 lamp work continuously in heavy sea spray? A4: Yes. The IP67 fully sealed structure supports long-term resistance to seawater splashing and salt spray erosion. It is suitable for all-weather offshore fishing operations, but long-term immersion in seawater is not allowed. Q5: What is the service life advantage of LED fishing lights? A5: The L70 service life reaches 50000 hours, which is 6 times that of traditional metal halide lamps. It greatly reduces the annual replacement frequency and sea maintenance risks of fishing boats.     Related Products   Applications:   ✔Professional Squid Night Fishing    ✔Inshore Small & Medium Boat Fishing   ✔Large Purse Seine Vessel Fishing    ✔Large-Scale Fish Gathering for Island Fishing Grounds   ✔Deep-Sea Trawler Fishing   ✔Pacific Saury & Mixed Fish Deep-Sea Catching   ✔Targeted Tuna Attracting & Fishing   ✔Vessel Deck Lighting & Emergency Fill Light     Related Blogs   Marine LED Fish‑Attracting Light VS Metal Halide Lamp Drawing on real offshore test data from Hainan Lingao’s 8‑boat squid‑fishing retrofit project, this blog compares traditional metal‑halide fish lamps against HRLUX marine LED fish‑attracting lights across parameters and onboard practical performance. Metal‑halide lights suffer 3‑5‑minute warm‑up, high power draw, short lifespan up to 8000 hours and 45% annual salt‑fog‑driven failure rate. In contrast, HRLUX LED delivers instant full brightness, 38% power reduction, 50000‑hour L70 life and ≤5% annual failure rate, with anti‑vibration solid‑state construction and customizable fish‑targeted spectrum. On‑sea performance differences cover startup response, generator load, maintenance risks and focused sea‑surface illumination lifting squid catches by 12‑18%. It defines suitable users for each light source: metal‑halide suits short‑season fleets with tight upfront budgets, while LED fits long‑sailing vessels pursuing low operating costs and stable fishing output.   Marine LED Fish Attracting Light Retrofit ROI Many fleet owners evaluate fish‑light upgrades only by fixture price and overlook hidden costs like fuel waste, salt‑fog failures and risky offshore maintenance. Based on Hainan Lingao’s 8‑vessel retrofit project, this blog analyzes real‑world ROI for marine LED fish‑attracting lights versus legacy metal‑halide units. Retrofitted with HRLUX 1200W IP67 LED lights reusing existing brackets, vessels achieved 38% energy saving, monthly fuel savings above $420 per boat, and annual lamp failure dropping from 45% to ≤5%. Maintenance frequency fell 88% while squid catch rose 12‑18%. The article highlights four easily‑ignored hidden costs: catch loss from sudden lamp breakdown, offshore‑replacement safety risks, hull‑modification expenses and income decline caused by light decay. It offers a practical step‑by‑step ROI‑calculation workflow, reminding operators not to judge solutions solely on lamp unit price but to factor in fuel, maintenance and fishing‑yield benefits.       Looking for high-stability IP67 marine LED fish attracting lights for offshore night fishing? Get your customized fishery lighting solution.   Button Text: Get Free Solution        

  Project Overview  Project Name:12,000㎡ Large Logistics Warehouse Lighting Renovation Project in Northern Europe Project Location: Northern Europe End Customer: Local professional third-party logistics service provider Adopted Products: HRLUX Dragon‑Dream Series LZMTPD-A / LZMTPD-B Industrial LED High Bay Lights Site Conditions:10-meter-high ceiling, integrating high-level shelf storage aisles and open sorting operation areas, with complex and diverse lighting scenarios Project Cycle:33 days in total, including 7 days of professional optical simulation and scheme design, and 26 days of on-site dismantling, installation, wiring and system debugging Core Project Requirements The customer’s warehouse had long adopted traditional metal halide lamps, which could no longer meet local industrial safety lighting specifications. The customer hoped to complete an efficient and low-cost lighting upgrade with the following core demands: 1.Eliminate outdated 400W metal halide lighting systems, fully comply with EN 12464 1 industrial lighting standards, and stabilize the average working illuminance of the whole warehouse above 180lx. 2.Optimize light distribution, eliminate local dark areas and glare problems, reduce visual fatigue of long shift operators, and improve overall warehouse operation safety. 3.Adapt to the dusty and humid indoor industrial environment, equipped with high standard dustproof and waterproof performance to ensure long-term stable operation of lamps. 4.Solve the pain points of high-power consumption and frequent high-altitude maintenance of traditional light sources, effectively reduce daily operation costs and achieve stable investment returns. 5.Reserve intelligent dimming expansion space, compatible with the original ceiling suspension structure, and minimize on-site transformation and capital investment. Project Pain Points & Site Challenges Before the renovation, the warehouse had prominent lighting defects, and the traditional lighting system could not match the high standard operation demand of modern logistics warehouses. 1.High energy consumption and fast light decay: The original 400W metal halide lamps consume huge power in long-term operation. After 8000 hours of use, the light attenuation is serious, resulting in dim overall light. Meanwhile, the lamps have slow startup and restart response, which cannot support efficient continuous operation. 2.Unqualified lighting effect: The original average illuminance of the site is only 112lx. The shelter of high-rise shelves forms a large number of shadow blind areas. The UGR glare value is higher than 28, which is easy to cause visual fatigue and cannot meet EU industrial safety lighting specifications. 3.Poor environmental adaptability: The warehouse is in a humid and dusty environment all year round. Most ordinary LED high bay lights on the market have false protection standards and insufficient heat dissipation capacity, which are prone to water inflow, dust accumulation and lamp damage, leading to frequent replacement. 4.Single lighting scheme cannot adapt to mixed scenarios: The alternating distribution of narrow shelf aisles and open sorting areas puts forward differentiated light distribution requirements. A single beam angle layout cannot take into account both antihadron lighting of narrow aisles and uniform lighting of large open spaces. 5.Limited renovation budget: The customer required to make full use of the original suspension lifting structure to avoid large-scale steel structure reconstruction and additional engineering costs. Customized Lighting Solution 1. Design Standards & Product Selection Combined with EN 12464-1 industrial lighting specifications and actual on-site environment, HRLUX technical team formulated targeted lighting design indicators, and selected matching products according to different functional areas of the warehouse: Testing Item Design Standard Target Average Maintained Illuminance ≥180lx Uniformity Uo ≥0.7 UGR Glare Value ≤22 Protection Grade IP66 Color Rendering Index (CRI) Ra≥80 Working Temperature Range -40℃ ~ +50℃   Important Construction & Usage Notes: - The reuse of original hanging accessories must be based on professional load-bearing inspection, and all unqualified aging parts need to be replaced as required. - The 0-10V dimming function needs to match the on-site power distribution system, and intelligent debugging is carried out after confirming the circuit conditions. - IP66 protection is suitable for indoor dust and splash water prevention, not applicable to fully open outdoor exposed installation scenarios. - The final lighting effect is affected by on-site installation height and angle deviation, which needs professional calibration during construction. Regional Matching Layout Scheme: - Shelf Narrow Aisles: Adopt LZMTPD-B 150W high bay light with 60° narrow beam angle, which concentrates light vertically, effectively offsets the shadow occlusion of high-rise shelves, and ensures uniform light in the walking and picking area. - Open Sorting Area: Adopt LZMTPD-A 200W high bay light with 120° wide beam angle, covering a larger horizontal area, realizing overall uniform lighting of the open operation space. - All lamps adopt fully sealed industrial-grade structure, reserved intelligent dimming interface, which can be upgraded to centralized intelligent lighting system later.   2.Standard Implementation Process HRLUX adopts a standardized one-stop engineering process from survey and design to final acceptance to ensure that the actual effect is highly consistent with the simulation scheme: - On-site Precision Survey: Measure warehouse height, shelf spacing, lamp position distribution and original hanging point parameters, collect site CAD drawings, and sort out on-site transformation constraints. - 3D Optical Simulation Design: Use Dialux EVO professional lighting software to build a 3D site model, simulate the light distribution effect of mixed beam angles, generate professional illuminance cloud map and lighting report. - Scheme Optimization & Confirmation: Adjust lamp power and layout density according to simulation data, maximize the reuse of original facilities, and reduce transformation cost. - Factory Precision Production & Inspection: Equipped with brand constant current drive, diamond heat dissipation structure and anti-glare lens, all lamps pass strict factory aging test. - On-site Standard Construction: Complete old lamp removal, new lamp fixing, circuit sorting and light angle calibration in strict accordance with electrical construction specifications. - Testing & Delivery: Conduct on-site illuminance and uniformity testing, sort out IES light distribution files, simulation reports and product certification documents for handover.     Core Product Advantages  Compared with ordinary low-cost LED high bay lights on the market, HRLUX Dragon-Dream series industrial lamps have obvious comprehensive performance advantages, solving many pain points of traditional industrial lighting: - Efficient Diamond Heat Dissipation Structure: The die-cast aluminum diamond cutting structure expands the heat dissipation area in all directions, quickly exports internal heat, effectively inhibits light decay, and ensures the L70 service life of more than 50,000 hours, avoiding the problem of rapid brightness attenuation of inferior lamps due to poor heat dissipation. - Genuine IP66 Industrial Sealing: The fully integrated sealing process realizes dust tight and splash water resistance, which can operate stably for a long time in humid and dusty industrial scenarios, eliminating the false standard problem of ordinary lamps. - Multi-Beam Angle Customization: Three beam angle options of 60°/90°/120° are available, which can flexibly adapt to narrow aisle anti-shadow lighting and large-space uniform lighting, realizing personalized matching of different scenarios. - High-Quality Anti-Glare Optical Design: Equipped with professional optical lens and reflector, the UGR glare value is controlled below 22, which effectively protects the eyesight of long-hour operators and improves working comfort. - Stable Wide-Voltage Operation: AC85-265V universal wide-voltage drive with built-in surge protection, which can resist complex grid voltage fluctuations and adapt to various industrial power environments, supporting 0-10V intelligent dimming. - Diversified & Low-Cost Installation: Supporting hook and chain suspension dual installation methods, compatible with most of the original high-bay lamp hanging structures on the market, no need for large-scale steel structure modification, saving transformation time and cost. Project Acceptance & Measurable Benefits  1.On-Site Acceptance Data After the completion of the renovation, the professional team conducted on-site lighting testing. All indicators fully meet and exceed the EU EN 12464-1 industrial lighting standards: - Average maintained illuminance: 192lx - Lighting uniformity Uo: 0.74 - UGR glare value: 21 - Color rendering index Ra: 82 - On-site effect: No obvious dark shadows in the shelf area, uniform light in the open operation area, and great improvement in visual comfort 2. Economic & Operational Benefits This lighting renovation has brought dual improvements in energy-saving economy and operational safety, with obvious long-term value: - Significant Energy Saving Effect: Replace high-power 400W metal halide lamps, the overall power consumption of the warehouse lighting system is reduced by 59%, with an annual electricity saving of about $14,820. - Greatly Reduced Maintenance Costs: The modular high-reliability design avoids frequent lamp damage and replacement. The frequency of high-altitude maintenance operations is reduced by 76%, saving about $3,460 in annual maintenance costs. - Short Investment Payback Cycle: The static investment payback period of the whole project is only 1.8 years, with high cost performance. - Improved Operational Safety: Standardized lighting environment eliminates operational risks caused by insufficient light and glare, reducing manual operation errors. - Long-Term Stable Value: With 5-year official warranty and super long service life, it effectively reduces the total operation and maintenance cost of the warehouse in the 10-year operation cycle. Customer Testimonial  efore determining the renovation scheme, we compared the solutions of three industrial lighting suppliers. Most manufacturers only provided lamps without professional lighting design services. HRLUX stood out with its one-stop service of Dialux simulation, personalized scheme customization and complete product supply. After the installation of Dragon-Dream series high bay lights, the lighting problems of shelf shadows and uneven brightness in the warehouse have been completely solved. The actual lighting effect is highly consistent with the simulation data. The monthly power consumption is significantly reduced, and the later maintenance pressure is greatly reduced. We are very recognized for HRLUX’s professional capability and product quality, and will continue to cooperate in subsequent lighting upgrading projects. — Facility Management Person in Charge, Northern European Logistics Warehouse Project Summary This 12,000㎡ logistics warehouse lighting renovation project fully verifies the excellent performance of HRLUX Dragon-Dream series LED high bay lights in modern industrial high-space lighting scenarios. Aiming at the mixed lighting pain points of high shelves and open areas in traditional warehouses, HRLUX adopts differentiated mixed beam angle layout, combined with IP66 industrial-grade reliable quality and professional Dialux optical simulation technology, to completely solve the problems of insufficient illuminance, serious shadows large glare, high energy consumption and difficult maintenance of traditional light sources. The project fully embodies HRLUX’s comprehensive industrial lighting engineering strength of on-site survey, customized design, optical simulation, product supply, construction guidance and after-sales guarantee. It provides a highly replicable professional reference for lighting renovation and new construction of logistics warehouses, factory workshops, stadiums and other high-ceiling spaces. Learn more about products: Dragon Dream Series LED High Bay Light Frequently Asked Questions  Q1: What kind of warehouse scenarios need mixed beam angle lighting layout? A1: For warehouses with both dense high-rise shelf aisles and large-area open sorting and packing areas, a mixed layout of 60° narrow beam and 120° wide beam is recommended. Narrow beam concentrates light to eliminate shelf shadows, while wide beam ensures uniform lighting in open spaces. Q2: Can Dragon-Dream high bay lights reuse the original warehouse hanging structure during renovation? A2: Yes. The product supports standard hook and chain suspension. On the premise of passing professional load-bearing safety inspection, most of the original hanging accessories can be reused, effectively saving transformation cost and cycle. Q3: What application environments are IP66 high bay lights suitable for? A3: It is widely used in indoor industrial scenarios such as dusty warehouses, humid processing workshops and covered loading and unloading areas. It is not applicable to fully exposed outdoor environments without protective canopy. Q4: What is the general investment return cycle of warehouse LED lighting renovation? A4: The return cycle is affected by site height, daily lighting hours and local electricity price. For 24-hour operating large logistics warehouses, the comprehensive return cycle of energy saving and maintenance saving is about 1.5-2.5 years. Q5: Does HRLUX provide free Dia lux simulation service for new projects? A5: Yes. HRLUX provides free professional Dia lux optical simulation and customized lighting layout scheme for warehouse and factory lighting new construction and renovation projects.      Related Products Dragon Dream Series LED High Bay Light UFO LED High Bay Light  LJX Series Industrial High Bay Lamp            Your Reliable Outdoor Lighting Partner   HRLUXSOLAR focuses on mid-to-high-end outdoor lighting with strict quality standards and a rigorous, responsible team. We take quality as the core and professionalism as the foundation to provide stable and durable outdoor lighting products.We specialize in professional services for municipal and commercial engineering projects, delivering customized lighting solutions for smooth project implementation. We support flexible customization, efficient delivery and full-process technical support to meet diverse project demands.Committed to being your trusted outdoor lighting partner, HRLUXSOLAR keeps improving to create better lighting value for your projects.     Need a Dialux simulation for your project? Click here for a free lighting plan.            

  Project Overview  Project Name: Dubai Al Majid 18-Hole Championship Golf Course Full Night Lighting Turnkey Project Location: Dubai, UAE Cooperator: Al Majid Golf & Country Club Project Grade: I-Class Tournament Standard (HRLUX Two-Level Professional Lighting Standard) Project Cycle: Design 12 days + On-site Installation & Commissioning 45 days, fully delivered within 2 months Core Demand: Build a full 18-hole night golf system compliant with IESNA Class IV & USGA tournament standards; solve uneven illuminance, severe glare, light spillage to surrounding residential areas and shadow dead zones of original temporary lighting; support international amateur tournaments, member night entertainment and corporate VIP reception; cut long-term power & maintenance cost by over 50%.   1.Project Pain Points & Site Constraints 1. Complex terrain: 7 dog-leg holes, 12 sand bunkers, 5 large water hazards, rolling ridges with height difference up to 12m; trees around fairways easily block light to form dark zones. 2. Residential districts within 80m of the course boundary; strict local municipal light pollution control rules, upward stray light must be controlled under 3%. 3. Original temporary metal halide lights: low uniformity CV＞0.4, severe UGR glare, power consumption high, short service life, unable to meet tournament illuminance threshold. 4. Dual usage demand: daily recreational play & professional tournament hosting, requiring two sets of adjustable illuminance modes. 5. Wide fairways ranging 40–62m, mixed narrow curved fairways, conventional symmetrical pole layout cannot eliminate central dark areas.   2. HRLUX Customized Lighting Solution  2.1 Standard Parameter Configuration Zone Horizontal Illuminance Uniformity Emin/Emax Vertical Illuminance CRI CV Coefficient Tee Box ≥200 lx ≥0.5 - ≥85 ≤0.25 Fairway ≥100 lx ≥0.5 Ev≥35 lx ≥85 ≤0.35 Putting Green ≥250 lx ≥0.6 - ≥85 ≤0.25 Driving Range Tee 200 lx / Landing Zone 100 lx ≥0.5 Ev≥100 lx ≥85 ≤0.25   Pole Height Matching Rule: Putting green main poles 15m, ridge special area minimum 18m; fairway standard pole height 15m, pole spacing strictly limited within 3×pole height. Narrow fairway adopts staggered pole layout, wide fairway adopts double-sided symmetrical layout; parallel back-to-back fairways with spacing ≤110m share lighting poles to save project investment. 2.2 Layout Design for Special Holes                                                                                                                                                                1. Dog-Leg Holes: All poles arranged along the outer curve edge, no fixtures inside bend area to avoid blocking ball rolling trajectory; adopt 25° narrow beam anti-glare lens to eliminate inner dark zones. 2. Water Hazard Zones: Equip supplementary low-angle floodlights beside ponds, suppress water surface reflection; enhance vertical illuminance to clearly track ball flight across water barriers. 3. Ridge & Undulating Terrain: 18m high poles deployed 10m away from green edge, bidirectional overlapping light projection to balance brightness of high & low ground. 4. Driving Range Optimization: Poles installed behind landing zone sand bunkers for hidden upward lighting; forbid overhead tee lighting to cut glare; full vertical illuminance coverage at 1.83m–4.57m height for complete ball trajectory tracking.     2.3 Core Lighting Equipment Configuration HRLUX dedicated golf LED floodlights, equipped with original Philips constant-current drivers: 1. Optical design: Custom golf beam lens + honeycomb anti-glare grille, UGR＜16, upward light output ＜3%, fully compliant with USGA anti-light pollution standards. 2. Performance: Luminous efficiency ≥160lm/W, flicker-free, CRI≥85, LED chip rated lifespan up to 100,000 hours. 3. Intelligent control: Support 0–100% dimming, two-mode switch (Tournament High-Bright Mode / Daily Energy-Saving Mode); timing automatic switch-off, remote one-key brightness adjustment. 4. Quantity: Total 128 light poles (15m/18m mixed), 426 sets golf special floodlights, all installed outside fairway boundary without blocking hitting paths. 3. Design & Construction Execution Process 1. On-site Survey & Data Collection: HRLUX engineering team stays on-site for 5 days to measure terrain elevation, tree distribution, water hazard range and residential distance; collect CAD topographic drawing from the club. 2. 3D Dialux Optical Simulation: Import CAD terrain model to Dialux, build 1:1 full-site 3D model, simulate illuminance, uniformity, glare and light spillage; generate formal photometric calculation report for client review.Professional Dialux simulation is the core guarantee for qualified acceptance of all golf lighting projects. 3. Optimize Pole Layout Scheme: Adjust beam angle, pole position and lamp quantity for dog-leg, wide fairway and ridge areas, balance lighting effect and total project cost. 4. Pre-production & Delivery: Custom all lens angles and intelligent control systems according to simulation data, complete production and ship within 18 working days. 5. On-site Installation & Debugging: Professional overseas construction team install poles, wiring and fixtures; one-by-one fine-tune lamp projection angle after installation, re-test illuminance data until fully meet Class I tournament standard. 6. Acceptance & Handover: Provide full set of documents including illuminance test report, Dialux simulation file, equipment certificate, operation manual; 3-year global after-sales warranty, free remote technical guidance.     4. Project Achievements & Customer Benefits  4.1 Lighting Effect Test Result - Tee box average illuminance: 228 lx, CV=0.21, uniformity Emin/Emax=0.58 - Main fairway average illuminance: 112 lx, CV=0.30, vertical centerline illuminance=42 lx - All putting greens average illuminance: 265 lx, uniformity Emin/Emax=0.67 - Driving range vertical illuminance average: 108 lx, no dark zones in 183m full landing zone UGR of all playing areas ≤14, upward stray light controlled at 2.1%, zero light complaint from surrounding residents   4.2 Operational Economic Benefits 1. Energy saving: Replace traditional 2200W metal halide lights with 600W HRLUX LED floodlights, total power consumption reduced by 58%, annual electricity cost saved around $42,000 USD. 2. Maintenance reduction: LED chip lifespan 100,000 hours, annual replacement & maintenance labor cost cut by 72%. 3. Business revenue growth: Night business hours extended 4 hours daily; launch night tournaments & corporate VIP golf packages, annual additional revenue up to $186,000 USD. 4. Value upgrading: The club becomes the only 18-hole I-Class tournament venue within Dubai urban area, attracts high-end members and international tournament resources, core competitiveness greatly improved.   4.3 Customer Feedback “The full lighting system delivered by HRLUX perfectly matches our championship operation needs. Uniform bright light without dazzling glare, players can clearly track ball flight on every fairway and green. Dialux pre-simulation fully restored real lighting effect, the whole project was finished ahead of schedule with stable quality. For our upcoming 9-hole expansion lighting project, we will continue to maintain deep collaboration with HRLUX.”                                                                                                — Operations Director, Al Majid Golf & Country Club   5. Project Summary This Dubai 18-hole golf lighting project fully practices the complete layout & grading standards introduced in HRLUX professional golf lighting guide blog. Combined with IESNA, USGA international sports lighting specifications, we propose targeted layout solutions for dog-leg holes, wide fairways, water hazards and undulating ridges. Through professional Dialux optical simulation, anti-glare cut-off optical lens and classified two-level illuminance design, the project solves multiple industry pain points including uneven brightness, excessive glare and light pollution. The case fully proves HRLUX’s systematic capacity: terrain survey, customized optical design, special-shaped hole layout, intelligent dimming equipment, turnkey construction and global after-sales service. It provides replicable standardized lighting design reference for global new-built & renovated golf venue night lighting projects, covering professional golf lighting solutions for various venue scales.   6.  FAQ  Q1: How much does a full 18-hole golf course lighting project cost? A1 : The total cost of an 18-hole golf course lighting project depends on venue terrain, lighting grade (tournament/recreational), pole height, lamp quantity and intelligent control configuration. A standard tournament-grade 18-hole golf lighting project includes Dialux simulation design, anti-glare professional fixtures, light poles and turnkey construction. HRLUX provides free customized quotation and optical simulation according to actual venue conditions. Q2: What is Dialux simulation in golf lighting projects? A2: Dialux simulation is a professional 3D photometric design tool for sports lighting. It builds a 1:1 venue model to accurately calculate illuminance, uniformity, glare value and light spillage, optimizing pole layout and beam angles in advance. It is an essential process to ensure golf lighting meets IESNA and USGA official acceptance standards. Q3: What is the difference between tournament and recreational golf lighting standards? A3 : Tournament-grade lighting adopts HRLUX Class I standard with higher illuminance and uniformity, supporting international competitions; recreational venues adopt Class II standard with properly reduced parameters to save operation costs. HRLUX dual-mode lighting system can switch freely between the two standards.       Related Products Flood Light for Sports Court High Mast Lighting LED Modular Stadium Light BD Series Circular LED High Mast Stadium Flood Light       Related Blogs Golf Course Lighting Tennis Court Lighting Layout Solution   Anti-Glare Padel Pickleball LED Light         Your Reliable Outdoor Lighting Partner   HRLUXSOLAR focuses on mid-to-high-end outdoor lighting with strict quality standards and a rigorous, responsible team. We take quality as the core and professionalism as the foundation to provide stable and durable outdoor lighting products.We specialize in professional services for municipal and commercial engineering projects, delivering customized lighting solutions for smooth project implementation. We support flexible customization, efficient delivery and full-process technical support to meet diverse project demands.Committed to being your trusted outdoor lighting partner, HRLUXSOLAR keeps improving to create better lighting value for your projects.     Need a Dialux simulation for your project? Click here for a free lighting plan.                

Project Background   This renovation project targets a standard commercial 7-a-side artificial turf football pitch. The venue has long been open for daily training and small-scale night matches. The original lighting system adopted traditional 800W metal halide floodlights, which suffered from long-term aging, extremely high power consumption and severe lumen depreciation. The old lighting failed to meet modern night training requirements and international match illuminance standards. To reduce long-term operation electricity costs, improve field lighting uniformity and eliminate night glare, the venue operator decided to fully upgrade the entire lighting system to LED. The project retained the original 8m light poles without rewiring, realizing a low-cost and high-efficiency lighting renovation. Existing Pain Points   Before renovation, the traditional metal halide lighting system of the 7-a-side pitch had four core operational problems, which are common pain points of old stadiums at home and abroad: 1. High Energy Consumption & Heavy Electricity Cost: 36pcs 800W MH lamps operated at full load with huge daily power consumption, resulting in high annual electricity expenditure and compressed venue profit margin. 2. Severe Lumen Depreciation: Short service life of traditional MH lamps caused obvious brightness attenuation within half a year. Uneven field brightness failed to support stable daily night training. 3. Severe Glare & Poor Sports Experience: Without professional light-control lenses, MH lamps produced scattered light with massive waste outside the pitch, causing visual fatigue and sight interference for players during night games.   4. High Maintenance Cost: MH lamps had high failure rate and short lifespan. Aerial equipment rental and manual replacement were required every year, bringing high hidden maintenance costs.   Customized Solution   Combined with the original pole layout, circuit load and sports lighting standards, we customized an integral renovation solution of non-destructive replacement, energy saving & brightness improvement, no rewiring and low maintenance. All outdated 800W metal halide lamps were removed and fully replaced with HRLUX 400W professional bat-wing LED stadium lights. The project adopted a mature standardized layout: 6pcs 8m standard light poles, equipped with multi-angle circular brackets, 6pcs 400W lamps per pole, 36 lamps in total. With exclusive bat-wing optical lenses, the lights precisely control the projection angle, focusing 92% of luminous flux on the turf to avoid light waste and glare. The lamps perfectly adapt to the original circuit load without rewiring or pole modification, greatly shortening the construction period and reducing renovation cost. Equipped with IP66 full-sealed protection, Meanwell industrial driver and 50,000-hour long-life chips, the lamps are suitable for long-term outdoor harsh environments such as high temperature, rain and sand wind.       Test Data & Project Results   After construction completion, third-party inspectors conducted multi-point on-site night tests. All lighting parameters met and exceeded industry standards. The quantified renovation results are as follows: 1. Greatly Improved Illuminance: The average field illuminance increased from 275LUX to 330LUX (20% brightness improvement), far exceeding the 200LUX minimum standard for global amateur matches, with uniformity up to 0.72 and no dark zones. 2. Significant Energy Saving: The total installed power dropped from 28800W to 14400W, realizing 50% power reduction. Daily power saving reaches 86.4 kWh, reducing annual comprehensive operation cost by 52%-60%. 3. Optimized Optical Performance: Custom bat-wing light control design ensures UGR ≤ 22, completely eliminating harsh glare and providing clear and comfortable vision for night training and matches. 4. Ultra-Low Maintenance Cost: 50,000-hour long-life LED chips require no batch replacement within 5-8 years, completely eliminating annual high-cost aerial maintenance. Customer Testimonial   “The biggest problems of our pitch were high electricity bills and frequent annual lamp maintenance, which brought great operational pressure. After upgrading to HRLUX 400W professional LED stadium lights, our electricity cost was cut in half. The field brightness is more uniform and glare-free, and players have a much better night vision experience. The most reassuring point is that no aerial maintenance is required for years, and the payback period is shorter than expected. We will continue cooperation for subsequent venue upgrades.”   —— Stadium Operation Manager   Qualification & E-E-A-T Credibility    This renovation solution is implemented by the professional HRLUX sports lighting engineering team. With 12 years of experience in outdoor professional lighting R&D and construction, we have completed more than 300 global lighting renovation projects for football, basketball and tennis courts. Focusing on overseas municipal, campus and commercial sports lighting bidding markets, all lamps have passed full-item testing by authoritative third-party optical laboratories with complete export qualifications. All official acceptance and bidding documents are available to meet government procurement audit standards worldwide, with verifiable and traceable project content.   Full Project Parameters    Parameter Before Renovation After Renovation  Venue Specification  Standard 7-a-side artificial turf pitch  Standard 7-a-side artificial turf pitch Pole Configuration 6×8m poles, 6 lamps per pole  6×8m poles, non-destructive in-situ replacement Total Lamps 36pcs 36pcs  Single Power 800W 400W Total Power 28800W 14400W（ 50% Energy Saving） Average Illuminance 275LUX 330LUX（ +20% Brightness） niformity 0.53 0.72  UGR ≥30（Severe Glare） ≤22（Low Glare）  Service Life  8,000h  50,000h Daily Power Consumption 172.8kWh 86.4kWh  Match Standard  Basic casual training  School & Amateur League matches   Regional Customized Solution    According to the climate, power grid environment and local bidding standards of different global regions, this 7-a-side stadium lighting solution supports differentiated customized upgrades to meet local overseas procurement needs and can be directly written into tender technical documents: 1. Middle East (Saudi Arabia, UAE, Qatar): Equipped with complete SASO and SABER certifications, upgraded high-temperature heat dissipation cavity and fully sealed dustproof structure, adapting to desert high temperature and windy sand environments to avoid dust accumulation and overheating light decay, suitable for local municipal paid stadium bidding projects. 2. Coastal Southeast Asia (Thailand, Vietnam, Malaysia): Added nano anti-salt spray and anti-corrosion coating, reinforced waterproof terminals to resist coastal high salt spray and high humidity, effectively delaying lamp oxidation and rusting, suitable for long-term outdoor use in campus and community stadiums. 3. Europe, America & Australia: Provide official DLC and LM79 luminous efficiency and light decay test reports, standard 0-10V intelligent dimming function and 5700K international standard match color temperature, complying with European and American energy-saving certifications and sports lighting specifications, suitable for government public stadium renovation projects. 4. Africa (Nigeria, Kenya): Upgraded AC85-305V ultra-wide voltage driver and 15KV high-voltage surge protection module, adapting to local unstable power grid and voltage fluctuation conditions, reducing lamp burnout failure rate and ensuring long-term stable operation.   Key Takeaways   1. This project realizes non-destructive replacement of 800W MH lamps with 400W LED stadium lights, reducing total power consumption by 50% and annual operation cost by 52%-60%; 2. The renovated pitch achieves 330LUX illuminance and 0.72 uniformity with low glare and no dark zones, meeting international amateur match lighting standards; 3. No rewiring or pole replacement is required, featuring low renovation cost and short construction cycle, suitable for new and old stadium upgrades; 4. 50,000-hour ultra-long lamp life greatly reduces later aerial maintenance cost with a short payback period; 5. Support customized upgrades for multiple global regions and complete tender document output for various overseas bidding projects.   FAQ Q1: Can 400W LED lights directly replace 800W MH lamps in situ without rewiring? A: Yes, fully non-destructive in-situ replacement is supported. The lamp voltage and load adapt to the original circuit, no rewiring or pole modification is required, saving construction cost and cycle to the greatest extent.   Q2: Does the lighting scheme meet the bidding standards of overseas campus and municipal matches? A: The measured average illuminance is 330LUX, far exceeding the international minimum bidding threshold of 200LUX for amateur matches with a uniformity of 0.72. All parameters can be directly written into tender documents and support re-inspection by third-party institutions.   Q3: What is the payback period of the renovated stadium lights? A: According to regional electricity price differences, the payback period is 9-11 months in Europe and America, 12-14 months in the Middle East, and 22-26 months in Southeast Asia and Africa with stable energy-saving benefits.   Q4: How long is the lamp warranty and how to guarantee overseas after-sales service? A: All lamps come with a 5-year global full-machine warranty. Spare parts are delivered quickly from overseas warehouses, with 24-hour online professional engineer support, including remote construction guidance and after-sales technical service.   Q5: Can you provide Dialux lighting simulation drawings and tender documents? A: We provide free customized Dialux on-site lighting layout simulation drawings and illuminance analysis reports, as well as complete certifications, test reports and qualification documents to meet one-stop overseas tender document needs.   Q6: Do you support customized renovation solutions and special environment adaptation? A: Yes! We can customize exclusive lighting solutions and hardware upgrades according to venue size, pole height, local climate, power grid conditions and bidding requirements, adapting to various special working conditions such as high temperature, salt spray and low-voltage power grids.   Service & Warranty   We provide free Dialux lighting simulation drawings, complete tender certification documents, 5-year global full lamp warranty, fast overseas warehouse spare parts delivery and 24-hour online engineer support, supporting customized lighting upgrades and bulk export projects for global stadiums.   Related Products Venus Series High-Brightness LED Flood Lights  High Power Outdoor LED Flood Light Padel Pickleball LED Light     Related Blogs 7-A-Side Football Pitch MH to LED Retrofit ROI Calculation Tennis Court Lighting Layout Solution 220V Anti-Glare Padel Pickleball LED Light       Your Reliable Outdoor Lighting Partner   HRLUXSOLAR focuses on mid-to-high-end outdoor lighting with strict quality standards and a rigorous, responsible team. We take quality as the core and professionalism as the foundation to provide stable and durable outdoor lighting products.We specialize in professional services for municipal and commercial engineering projects, delivering customized lighting solutions for smooth project implementation. We support flexible customization, efficient delivery and full-process technical support to meet diverse project demands.Committed to being your trusted outdoor lighting partner, HRLUXSOLAR keeps improving to create better lighting value for your projects.     Need a Dialux simulation for your project? Click here for a free lighting plan.      

Project Category: Municipal rural infrastructure renovation | Outdoor lighting for marine high-corrosion zones Client Profile: Local civil engineering contractor undertaking public road construction across Vietnam Project Scale: 12 kilometers of coastal rural roadway, 600 pieces of model XCPB 60W radar solar street lights 1. Actual Operation Result After 12 Months of Coastal Exposure This municipal road improvement project was officially put into service in early 2024. The entire road section is located in a typical Vietnamese coastal rural zone, where dense sea mist blankets the roadside every early morning throughout the year. Coupled with persistent salty and humid sea breeze, local outdoor electrical equipment faces extremely harsh aging conditions. Our engineering team conducted systematic quarterly field inspections across four seasons to track the working status of all installed lamps. After completing a full 12-month continuous field test, the 600 sets of XCPB all-in-one solar street lights achieved a flawless operating record. Throughout the whole-cycle coastal operation, zero radar induction failure, zero water ingress, and zero shell oxidation corrosion were recorded. This stable field performance thoroughly resolved the high maintenance pain points that have long troubled local municipal road contractors. 2. Difficult Environmental Conditions & Traditional Lighting Defects Referring to the implementation standards of outdoor municipal lighting projects in Southeast Asian coastal areas, seaside rural road construction faces two core technical bottlenecks for street lighting equipment. Firstly, conventional street lighting mostly adopts infrared optical induction solutions. Dense sea fog severely blocks optical signal transmission, resulting in 60% to 80% induction failure rate in daily foggy weather. The lamps cannot sense passing vehicles and pedestrians normally, causing long-term hidden dangers to rural night traffic safety. Secondly, ordinary lamp housings without professional anti-corrosion treatment cannot adapt to high-salt marine environments. Under the continuous erosion of sea salt aerosol and humid air, aging problems such as shell rust, sealing failure and internal water penetration generally occur within 3–6 months, triggering frequent circuit faults and bringing huge long-term maintenance costs to municipal projects. To eliminate recurring equipment failures and reduce post-operation maintenance pressure, the local professional municipal engineering contractor completely replaced the original old lamps with XCPB customized radar solar street lights suitable for harsh coastal working conditions. 3. Hardware Configuration Tailored for Foggy Saltwater Coastal Zones Aiming at the dual environmental hazards of year-round sea fog interference and sea salt erosion in Vietnamese coastal areas, the XCPB 60W radar solar street light adopts targeted industrial-grade structural optimization, fully complying with local rural municipal infrastructure construction specifications. Core Customized Technical Parameters •Microwave Radar Sensing System: Equipped with high-frequency microwave induction components, with an effective detection distance of 10–12 meters and a fast response speed of 0.2 seconds. Different from light-reliant infrared sensors, microwave signals penetrate dense fog and haze stably, completely free from low-visibility weather interference. •Integrated Anti-corrosion Housing: Adopts one-piece die-cast aluminum alloy structure, with professional salt-spray resistant treatment, meeting ISO 9227 marine anti-corrosion industrial standards, effectively resisting long-term sea salt aerosol erosion. •IP66 Full Sealing Design: The overall fully sealed structure isolates external humid air and salt mist, avoiding internal water ingress and circuit short-circuit faults. •Wide Temperature Adaptation: Supports stable operation in the environment of -20℃ to +65℃, perfectly adapting to the year-round high-temperature and high-humidity coastal climate of Southeast Asia. 4. Contrast Test Data Between XCPB Lamps & Conventional Solar Street Lights Based on 12 months of on-site actual measurement data, we sorted out the performance gap between XCPB professional coastal lamps and ordinary solar street lights in marine harsh environments:   Inspection Item Ordinary Infrared Solar Street Lights XCPB 60W Radar Solar Street Lights Foggy Weather Adaptability Serious induction insensitivity, frequent non-lighting failure Stable vehicle and pedestrian induction, no fog interference Coastal Anti-corrosion Ability Obvious rust and water leakage within half a year No oxidation, no corrosion after 12-month coastal exposure Annual Maintenance Frequency 4–6 routine overhauls per year, high cost Zero failure and zero maintenance in the first year Applicable Environment Only suitable for inland ordinary road scenarios Professional for foggy, humid and high-salt coastal areas   5. Verified Feedback From Local Municipal Engineering Contractor “We have undertaken a large number of rural road renovation projects in Vietnam’s coastal areas. The biggest challenge has always been the unstable performance of street lights caused by sea fog and salt wind. Most conventional solar lamps lose induction function in foggy mornings and suffer shell aging in just a few months. After one full year of field application of XCPB radar solar street lights, we have witnessed outstanding practical performance. The radar sensing system works accurately and continuously even in thick sea mist, and the integrated aluminum structure provides reliable protection against sea salt erosion. It is a highly cost-effective and ultra-stable low-maintenance lighting solution for our coastal municipal infrastructure projects.” 6. Replicable Project Application Scenarios This real 12-kilometer coastal road renovation project fully verifies the superior environmental adaptability of XCPB radar solar street lights in extreme marine climates. This set of professional lighting solutions can be widely replicated in various Southeast Asian infrastructure construction scenarios: •Vietnam coastal rural road upgrading and reconstruction projects •Island roads, seaside highways and coastal traffic lighting projects •Fishing village roads, coastal scenic roads and port auxiliary road lighting •All municipal outdoor lighting projects requiring long-term zero-maintenance operation in foggy and humid areas 7. Project Summary Supported by 12 months of continuous on-site zero-failure monitoring data, industrial-grade anti-corrosion and anti-fog hardware configuration, and real verification from municipal engineering buyers, this Vietnamese coastal road project fully proves that XCPB 60W radar solar street lights can effectively solve two major industry pain points: fog-induced sensor failure and sea salt corrosion damage. We provide one-stop professional services including customized lighting scheme design, product supply and on-site technical support for all kinds of coastal municipal infrastructure projects in Southeast Asia. Related Products     Related Blogs   Microwave Radar vs PIR Infrared Sensor for Solar Street Lights: Which One Fits Your Road Project?   Your Reliable Outdoor Lighting Partner   HRLUXSOLAR focuses on mid-to-high-end outdoor lighting with strict quality standards and a rigorous, responsible team. We take quality as the core and professionalism as the foundation to provide stable and durable outdoor lighting products.We specialize in professional services for municipal and commercial engineering projects, delivering customized lighting solutions for smooth project implementation. We support flexible customization, efficient delivery and full-process technical support to meet diverse project demands.Committed to being your trusted outdoor lighting partner, HRLUXSOLAR keeps improving to create better lighting value for your projects.   Need a Dialux simulation for your project? Click here for a free lighting plan.    

1. Project Overview  This municipal lighting renovation project locates in inland central Saudi Arabia, covering a 3.2km main road connecting residential zones, commercial plazas and logistics parks. The local engineering contractor purchased 260 sets XCPB 100W all-in-one solar street lights for full off-grid road upgrade.Local desert climate features: summer peak temperature hits 58℃, strong year-round UV radiation, frequent sandstorms and rare rainfall. Mixed vehicles and pedestrians travel on the road.Construction standard: 8m galvanized poles, 28m lamp spacing for main lanes, fully compliant with GCC municipal lighting standards. Different from competitors’ single pole mounting only, XCPB original brackets support pole, wall and vertical bracket installation for future community and green belt expansion without extra accessories.   2. Core Project Pain Points  1.High-temperature aging failureOrdinary plastic lamps deform and yellow under long-term high heat; regular lithium batteries bulge and lose capacity within one year, causing frequent replacement costs. 2.Sand & UV damage circuitsThin plastic shells with simple sealing let dust enter during sandstorms, leading to short circuits. UV rays crack lamp housing within 1–2 years. 3.High cost of grid lightingMains lamps require cable trenching and transformers, long construction cycle and heavy annual electricity fiscal burden. 4.Constant full brightness wastes powerNon-intelligent all-time lighting drains battery power, resulting in insufficient lighting on cloudy days. 5.Single mounting limits scene expansionMost suppliers only provide pole brackets. New accessories must be purchased separately for wall or slope installation, raising budget and procurement cycle. Lack tender engineering documentsGeneral suppliers only offer product photos, without spec sheets, CAD drawings or Dialux reports required by Saudi municipal bidding.   3. XCPB 100W Targeted Solution XCPB  Combining Saudi extreme desert climate and multi-scene expansion demand, XCPB 100W full aluminum solar light solves all pain points with unique advantages unavailable from rivals: 1.Thickened die-cast aluminum heat dissipation housingBuilt-in labyrinth heat channel quickly dissipates heat; working range -20℃~60℃ to stably withstand 58℃ summer heat. Anti-UV coating prevents yellowing and cracking. Double silicone IP65 full seal blocks sand to avoid short circuits. 2.High-temperature LiFePO4 battery + MPPT controllerLithium iron phosphate battery with over 2000 charge cycles, no swelling under persistent high temperature. MPPT raises charging efficiency by 20%, supporting 4 consecutive rainy days of full-night lighting.       3.Radar human & vehicle sensor dimming100W full brightness when traffic passes; 30% low power standby with no activity, cutting total energy consumption by 65%. 4.Exclusive 3-in-1 universal bracket (core competitive edge)One bracket fits three installation types: pole mount for main roads, wall mount for factory/community fences, vertical mount for green belt slopes. Unified accessories reduce stocking and secondary procurement costs for contractors. High-lumen bat-wing SMD LED sourceUniform wide illumination without dark zones, fully meeting GCC main road brightness standards. 6.Complete tender documents & full OEM/ODM serviceFree downloadable files: spec PDF, CAD drawings, Dialux simulation, CE & RoHS certificates. Customization available: laser logo, packaging, adjustable CCT and upgraded battery capacity for bulk orders. 7.5-year full lamp after-sales warrantyRemote online technical support and fast spare parts delivery, solving maintenance troubles in remote desert regions.   4. Quantified Operation Results 1.Cut construction & electricity cost by 60%Grid lamp renovation abandoned; no cable laying work. Construction cycle shortened 60%, zero annual road lighting electricity expense for the town. 2.Stable performance after 8 months of high-temperature operationAll 260 sets run normally after a full summer of 58℃ heat, no battery attenuation, shell aging or sand-caused short-circuit faults, 12-hour stable lighting every night. 3.Improved road safety with obvious energy saving65% power reduction via radar dimming; road visibility upgraded, local traffic police record fewer night traffic accidents. 4.70% lower later maintenance costAll-aluminum anti-sand, anti-UV and anti-corrosion structure greatly reduces regular inspection and lamp replacement frequency. 5.Matches Saudi Vision 2030 carbon neutral planUniform minimalist lamp appearance forms tidy urban landscape, in line with local green new energy construction policies. 6.Supports phased project expansionUnified three-mode brackets reserve installation solutions for future community and green belt projects, avoiding repeated bracket purchases for secondary construction.   Related Products   Your Reliable Outdoor Lighting Partner   HRLUXSOLAR focuses on mid-to-high-end outdoor lighting with strict quality standards and a rigorous, responsible team. We take quality as the core and professionalism as the foundation to provide stable and durable outdoor lighting products.We specialize in professional services for municipal and commercial engineering projects, delivering customized lighting solutions for smooth project implementation. We support flexible customization, efficient delivery and full-process technical support to meet diverse project demands.Committed to being your trusted outdoor lighting partner, HRLUXSOLAR keeps improving to create better lighting value for your projects.   Need a Dialux simulation for your project? Click here for a free lighting plan.    

  PadelBox Bermondsey is a newly built premium indoor padel club located in central Bermondsey, London. The venue features 6 standard indoor padel courts, serving member leisure training, casual friendly matches, and official LTA-level tournaments. To build a professional, eye-friendly, and cost-effective sports venue, the club completed a full-scale upgrade of its outdated lighting system. The renovated lighting solution adopts 180W high-performance professional LED padel lights paired with a 0-10V stepless dimming control system. It delivers ultra-low glare visual performance, flexible multi-scene brightness adjustment, and outstanding energy-saving effects. All lighting parameters fully comply with official LTA indoor padel competition standards, helping the club achieve professional competition qualifications and low-cost long-term operation. Project Background & Key Challenges As a newly opened high-end urban padel venue in London, PadelBox Bermondsey faced three typical and difficult lighting problems that traditional floodlights could not resolve. Glass reflection, glare and monotonous brightness Severe glass reflection and high glare Padel courts are fully enclosed by transparent glass fences. Traditional sports lights produce strong stray light and mirror reflection on glass walls, causing obvious glare and visual distraction. Players cannot accurately judge high-speed ball trajectories, while spectators and coaches experience uncomfortable viewing conditions.  Single fixed brightness unable to support multi-scene operation Commercial padel clubs require different brightness levels for daily leisure, technical training, amateur matches, and formal tournaments. Fixed-output traditional lights lead to insufficient brightness for competitions and excessive power waste during daily use, restricting flexible venue management.  High energy consumption and non-compliant lighting data Old-fashioned HID and ordinary LED lights consume huge power and cannot maintain stable illuminance and uniformity. The venue needed an upgraded lighting system that meets strict LTA competition standards while effectively reducing long-term electricity and maintenance costs. HRLUX lighting solutions     1.180W Low-Glare LTA-Compliant Padel Court LED Lights To completely solve glass reflection and glare interference, we provided customized 180W full-cutoff professional padel lights. Equipped with upgraded professional optical lenses, the fixtures precisely constrain light angles and suppress stray light overflow. The overall glare value is strictly controlled at UGR＜15, eliminating glass mirror reflection, halo, and visual fatigue during high-intensity sports. 2.0-10V Stepless Dimming Control System  Replacing traditional fixed-brightness lighting and Bluetooth control solutions, the entire venue adopts a mature 0-10V stepless dimming system, which is highly compatible with mainstream venue control systems worldwide. It supports precise 0%-100% brightness adjustment and synchronous linkage of all court lights. The system features power-off memory function, automatically restoring the previous lighting mode after power reset to avoid unnecessary interruption of training and matches.  Four standard scene modes are available for daily commercial operation: Lounge Mode: Low soft brightness for member rest and social areas Training Mode: Moderate brightness for daily technical training Match Mode: Standard brightness for amateur friendly competitions Tournament Mode: Full LTA-standard brightness for official tournaments 3. Stable & Durable Structural Design Each fixture adopts die-cast aluminum housing with IP66 waterproof and dustproof rating. Equipped with fin heat dissipation structure and high-quality 5054 high-efficiency lamp beads, the lights effectively reduce operating temperature, slow down light decay, and extend service life. It minimizes frequent replacement and daily maintenance work for commercial venues. Project Achievements & Operational Benefits After professional installation and debugging, the new lighting system has comprehensively upgraded the venue’s sports experience and commercial competitiveness, bringing tangible long-term benefits.  Ultra-low glare & professional visual experience With UGR＜15 ultra-low glare performance, the lights eliminate glass fence reflection and dazzling light. Players can accurately judge ball speed, rotation, and trajectory without visual fatigue. Coaches and spectators enjoy clear, interference-free viewing experience. 58% energy saving & lower operating costs Compared with traditional HID and ordinary LED lights, the new solution reduces overall power consumption by 58%. Cooperated with 0-10V on-demand dimming, the venue avoids invalid power waste, greatly cutting monthly electricity expenses and achieving greener and more economical operation. Full LTA competition compliance All lighting indicators including illuminance, uniformity, and glare meet LTA standards. The club is now qualified to host official padel tournaments, significantly improving brand professionalism and commercial value.  Stable & low-maintenance operation IP66 weatherproof structure and high-efficiency heat dissipation ensure long-term stable output. The long-lifespan design reduces replacement frequency and manual maintenance costs, ideal for high-frequency commercial venue use. Conclusion The PadelBox Bermondsey lighting upgrade is a highly replicable high-standard case for modern indoor padel clubs in the UK and Europe. The combination of 180W UGR＜15 low-glare padel lights and 0-10V stepless dimming system perfectly solves core industry pain points including severe glass reflection, fixed inflexible brightness, high energy consumption, and insufficient competition-level lighting performance.   Related Blogs Anti-Glare Padel Pickleball LED Light    Your Reliable Outdoor Lighting Partner   HRLUXSOLAR focuses on mid-to-high-end outdoor lighting with strict quality standards and a rigorous, responsible team. We take quality as the core and professionalism as the foundation to provide stable and durable outdoor lighting products.We specialize in professional services for municipal and commercial engineering projects, delivering customized lighting solutions for smooth project implementation. We support flexible customization, efficient delivery and full-process technical support to meet diverse project demands.Committed to being your trusted outdoor lighting partner, HRLUXSOLAR keeps improving to create better lighting value for your projects. Need a Dialux simulation for your project? Click here for a free lighting plan.  

Overview  Dubai Design and Innovation Academy has adopted high-performance HRLUX LED stadium lights to launch a new generation of sports lighting upgrade.The college has installed HRLUX innovative lighting solutions for rugby, basketball, baseball and football venues. To comply with the university’s sustainability strategy, the school chose HRLUX energy-saving lighting systems to cut power consumption and protect the natural environment around the sports fields. The academy owns 34 club teams and more than 6,000 students participating in campus sports programs. With long daily running hours for sports venues, frequent training sessions and regular inter-college competitions held all year round, traditional lighting solutions could no longer meet the high-standard demands of daily operation and green campus construction. LED lighting became the most cost-effective and practical long-term choice for the institution. HRLUX LED sports lighting greatly improves energy efficiency and helps the academy recover investment costs from energy saving and low maintenance. It is estimated that the campus will save over $100,000 in operating costs in the next 10 years. Apart from obvious economic benefits, the professional lighting upgrade also improves the overall campus image and creates a safer and more comfortable sports environment for teachers and students.   Core Advantages of HRLUX Lighting Solution   Higher Energy Efficiency：Compared with traditional 1500W metal halide lamps, HRLUX LED stadium lights reduce energy consumption by 63%. It lowers long-term electricity bills and meets green campus energy-saving standards.With stable constant current drive technology, the lights maintain high luminous efficiency for years without obvious light decay, avoiding frequent replacement and extra material and labor costs.  Precise Optical Distribution ：Custom optical design effectively controls light angle, minimizes light spill and glare, avoids light pollution, and does not disturb the surrounding natural environment.The professional optical design ensures even light distribution across the entire sports field without dark zones or shadow areas, fully meeting the illumination requirements for training, daily exercise and official matches.  Intelligent Dimming Control ：Built-in dimming function adjusts power output according to venue usage demands, realizing on-demand lighting and further optimizing energy saving performance.Staff can set different brightness modes for morning training, evening activities and late-night venue standby, effectively avoiding unnecessary power waste during idle periods. Remote Stadium Management ：Equipped with HRLUX Control-Link™ system, managers can check usage reports and realize remote scheduling via smartphone APP and official website, with 24/7 professional customer support available.The intelligent system also supports group control, timing switch and real-time fault alarm, making daily stadium lighting management simpler, more efficient and less labor-intensive. Project Value This cooperation fully proves HRLUX comprehensive strength in LED sports lighting customization, energy saving design and intelligent control.It is an ideal lighting solution for universities, campuses, community stadiums and professional sports venues worldwide.This successful case also sets a good reference model for many educational institutions and public sports facilities that plan to carry out energy-saving lighting renovation, balancing energy saving, lighting quality and intelligent management perfectly.   Related Products Super Zeus Series High-Power Modular LED Stadium Floodlight Need a Dialux simulation for your project? Click here for a free lighting plan.