LED Stadium High Mast Light SQ Series 500W–2000W
Designed around field size, pole height and aiming distance, modular 500W–2000W LED stadium lights offer 150–220 lm/W efficiency, selectable optics and IP66 protection for high-mast projects.
- 500W–2000W configurations matched to field size, pole height and layout
- 150–220 lm/W efficiency for large-area sports and high-mast lighting
- 15°, 30°, 45° and 60° optics for different throw distances and field coverage
- IP66 outdoor protection for stadiums, high-mast sites and exposed areas
- IES files and DIALux support for 500W–2000W lighting design checks
SQ Series 500W–2000W LED Stadium Light for Sports & High-Mast Projects
Sungreat Energy’s SQ Series is a modular LED stadium lighting platform for sports fields, training grounds and high-mast projects that require more than a simple watt-for-watt choice. Standard configurations range from 500W to 2000W, with 150–220 lm/W efficiency depending on the selected LED source and project configuration. The four available optical distributions—15°, 30°, 45° and 60°—can be combined according to pole height, projection distance, field size and the area each fixture needs to cover.
A practical lighting layout may use narrower beams for longer throws and wider beams for closer areas. Fixture wattage, aiming direction, required lux, uniformity, glare and nearby roads or spectator areas should be reviewed together before production. With IP66 outdoor protection and project-matched driver options, the SQ Series can be configured for new stadium installations or retrofit projects. Sungreat Energy can provide model-specific IES files and DIALux lighting design before the final configuration is confirmed.
LED Stadium High Mast Light SQ Series 500W–2000W Technical Specifications & Datasheet
| Model | SQ | |||
| Watts(w) | 500W | 1000W | 1500W | 2000W |
| Lumens(Lumens) | 90000-110000LM | 180000-220000LM | 270000-330000LM | 360000-440000LM |
| Voltage(V) | AC 90-270V | AC 90-270V | AC 90-270V | AC 90-270V |
| Frequency | 50/60Hz | 50/60Hz | 50/60Hz | 50/60Hz |
| LED Chip | Philips/Osram/USA Bridgelux | |||
| Beam Angle | 15/30/45/60 | |||
| Power factor | ＞0.95 | |||
| CCT(K) | 2700-6500K(customized) | |||
| CRI | ≥80 | |||
| Surge protection | 4KV | |||
| Driver | Meanwell/Inventronics | |||
| Lighting Efficiency | 150-220lm/w | |||
| Work Temperature | -40℃－+65℃ | |||
| Photocell | An optional photocell allows for security and energy saving | |||
| Motion Sensor | PIR Sensor, plug-in, and play Microwave Sensor, optional | |||
| Power and CCT controller | The wattage and CCT can be changed by selecting the option on the controller | |||
| Material | Aluminum+PC | |||
| IP Rating | IP66 | |||
| Mounting Height(Recommend) | 4-10m | 11-20m | 11-20m | 11-20m |
| Space between Poles(Recommend) | 15-30m | 30-50m | 30-50m | 30-50m |
| Warranty | 5 Years | |||
Camera & Broadcast Requirements:
For venues using sports photography, live streaming or high-speed cameras, flicker and camera-related lighting requirements should be confirmed separately before the final SQ configuration is selected. Please provide the project or broadcast specification where applicable.
Sports Lighting Note: CCT and color-rendering requirements should be selected according to the venue use and applicable project standard. For televised or camera-intensive sports projects, the required CCT, CRI and flicker criteria should be confirmed before the final fixture configuration is approved.
Get a Stadium Lighting Plan for Your Project
500W–2000W | 150–220 lm/W | 15°/30°/45°/60° Optics | IP66 — Modular LED Stadium Lighting for Controlled Coverage in Sports and High-Mast Projects
SQ Series 500W–2000W LED Stadium Light for High-Mast Sports Projects
LED Stadium High Mast Light SQ Series 500W–2000W Project & Application Cases
The SQ Series is suited to football fields, athletics tracks, tennis and padel courts, basketball arenas, training grounds, school sports fields, stadiums, ports, industrial yards and other large-area lighting projects. Its 500W–2000W configurations and 15°, 30°, 45° and 60° optics provide flexibility for different field sizes, mounting positions and projection distances. For sports venues that require a lower power range, the related TX Series 200W–1200W stadium lighting can be reviewed as a separate product option.
A large sports field rarely needs the same fixture setup at every position. A fixture aimed from farther away may need a narrower beam to control the throw, while a position closer to the playing area may use a wider distribution. Combining different beam angles can create more balanced coverage than simply increasing the wattage of every fixture.
The same approach applies to ports, logistics yards and other high-mast sites. Target lux, uniformity, glare, fixture position, field geometry and surrounding boundaries should be reviewed together. Nearby roads, spectator areas and homes may affect the aiming direction, especially where spill light could disturb surrounding areas. For a different high-mast power range, the related QC Series 400W–1600W high-mast lighting is another product option to compare.
Typical target markets include the Middle East, such as Saudi Arabia and the UAE; Southern Africa, including South Africa; Europe, including Spain and Italy; Latin America, including Brazil and Chile; and Australia. The SQ Series can be evaluated for new sports venues, municipal facilities, training grounds and large-area infrastructure projects in these markets.
For new installations, model-specific IES files can be used in DIALux to review fixture quantity, optics and aiming before production. For retrofit projects, Sungreat Energy can review existing pole positions, brackets and lighting conditions before matching the SQ wattage, beam combination and aiming direction to the site.
LED Stadium High Mast Light SQ Series 500W–2000W Production Process
Configuration & Component Check: Before assembly begins, the approved SQ wattage, LED source, driver and beam-angle configuration are checked against the order or approved lighting design. When an order includes 15°, 30°, 45° or 60° optics, the selected optical configuration is confirmed before production so the delivered fixtures match the installation plan.
Optical & Mechanical Assembly: LED modules, lenses, anti-glare shields, heat-dissipation components and mounting brackets are assembled according to the approved configuration. Module positions, fixing points and sealing parts are checked during assembly before the fixture moves to electrical testing.
Electrical & Function Testing: Finished fixtures are checked for power, power factor, driver operation, grounding, lighting function and module consistency. The selected beam configuration and adjustable structure are also inspected to confirm that the fixture matches the approved project requirements.
Final Check Before Packing: Before packing, the fixture appearance, connections, mounting hardware and ordered accessories are checked again. For orders with different wattages or beam angles, the final configuration is matched with the packing list and carton identification before shipment.
LED Stadium High Mast Light SQ Series 500W–2000W Overview & Details
Stadium lighting is rarely a matter of choosing one wattage and repeating it at every pole. The SQ Series uses a modular structure, so power and optical distribution can be matched to the field geometry, mounting height, projection distance and area covered by each fixture. A long throw may need a narrower beam, while a position closer to the playing area may work better with a wider distribution.
Available optics are 15°, 30°, 45° and 60°. In a large field, these options can be combined so different lighting positions handle different zones. Final wattage and beam selection should also be checked against target lux, uniformity and glare requirements, rather than judged by wattage or overall brightness alone.
Adjustable modules and anti-glare shields help control the aiming direction, especially when the field is close to spectator areas, roads, homes or other sensitive boundaries. The aim is to keep useful light on the playing area while limiting unwanted spill light. The final result still depends on the approved layout and on-site aiming.
SQ fixtures can be configured with Philips, Osram or Bridgelux LED sources and Meanwell or Inventronics drivers according to the approved project requirements. The IP66 housing supports outdoor stadium and high-mast applications, while the modular structure allows the optical arrangement and fixture configuration to be confirmed before production.
For a new design or retrofit, Sungreat Energy can provide model-specific IES files and DIALux calculations as part of its lighting design support for EPC projects, allowing fixture quantity, optical distribution and aiming direction to be reviewed before installation.
LED Stadium High Mast Light SQ Series 500W–2000W Packaging & Delivery
The SQ Series fixtures are packed in reinforced export cartons with internal cushioning to help protect the housing, lens, driver and mounting hardware during handling and transport. For high-power fixtures, LCL shipments or long-distance delivery, pallets or wooden-frame reinforcement can be arranged according to the shipment requirements.
Before dispatch, the model, wattage, beam-angle configuration, fixture quantity and ordered accessories are checked against the confirmed order. When an order includes 15°, 30°, 45° or 60° optics, carton labels and the packing list identify the relevant configuration, helping the installation team sort the correct fixtures by project area after arrival.
Production and delivery time depend on the order quantity, selected fixture configuration, customization and shipping method. Before dispatch, Sungreat Energy can provide packing photos, packing lists and available shipping documents so customers can prepare customs clearance, unloading and installation arrangements in advance. Exact production time, transport schedule and document requirements should be confirmed according to the destination and shipment plan.
FAQ of LED Stadium High Mast Light SQ Series 500W–2000W
Do not judge the result by eye alone. Use a calibrated illuminance meter and measure the field on the same calculation grid or measurement points used in the approved lighting plan. Record the average, minimum, and maximum lux values, then check whether the lighting uniformity meets the project requirements.
Compare the site measurements with the approved DIALux calculation using the same fixture wattage, beam angle, aiming direction, and operating conditions. For venues with broadcast or camera requirements, additional camera-related lighting criteria may also need to be checked.
If the result differs significantly, first check the fixture positions, aiming angles, selected optics, power supply, and site conditions. Adjusting the light direction may solve the problem before adding more wattage.
Not automatically. Fewer high-wattage fixtures may reduce mounting points and simplify wiring, but they can also create bright spots, darker areas, or more difficult glare control if the pole layout and beam angles are not suitable.
Using more lower-wattage fixtures can distribute light more evenly, although this may increase installation points, wiring, and maintenance work. The choice should be based on the field dimensions, pole height and position, projection distance, target lux, uniformity, glare control, and surrounding conditions—not wattage alone.
The SQ Series offers 500W, 1000W, 1500W, and 2000W configurations with 15°, 30°, 45°, and 60° optics. An IES file and DIALux calculation can help compare fixture quantities and beam combinations before the final configuration is approved.
Glare and spill light are controlled through the right beam angle, fixture position, aiming direction, and, where necessary, anti-glare shields. The SQ Series provides 15°, 30°, 45°, and 60° optics. Narrower beams may suit longer projection distances, while wider beams may be more suitable for nearer areas or wider coverage zones.
Before confirming the layout, consider nearby homes, roads, spectator areas, and property boundaries. Use the approved IES file and DIALux layout to review the expected light distribution, uniformity, and possible spill outside the playing area.
Shields can reduce unwanted light, but using too much shielding may also reduce useful illumination. Correct beam selection and aiming should therefore be considered together instead of simply increasing the fixture power.
Yes, but the retrofit should be treated as a new lighting design rather than a simple watt-for-watt replacement. A 1000W or 1500W metal halide fixture does not automatically match one specific SQ wattage. The correct configuration depends on the field layout, existing fixture quantity, pole height and position, target lux, uniformity, and current lighting condition.
Existing poles may be reused, but the mounting interface, bracket dimensions, fixture weight, pole condition, cable connections, supply voltage, and installation access should be checked first. The SQ Series supports AC 90–270V and offers 500W, 1000W, 1500W, and 2000W options with 15°, 30°, 45°, and 60° optics.
LED fixtures start without the warm-up period of metal halide lamps. Depending on the operating hours, electricity rate, and final lighting design, a retrofit may reduce energy use and lamp-replacement work. The actual result should be confirmed through a new lighting calculation rather than estimated from the old wattage alone.
For a high-mast project, long-term performance depends on the complete installation, not only the LED modules. Check the selected SQ configuration’s aluminum heat-dissipation structure, IP66 enclosure, 4KV fixture-level surge protection, driver, mounting hardware, and cable connections. The SQ Series is specified for −40°C to +65°C operation and includes a 5-year warranty, but the supplied configuration and warranty coverage should still be confirmed for the project.
The fixture’s built-in surge protection is only one part of the electrical design. Grounding, cable protection, distribution-panel protection, external connections, and local lightning or power-quality conditions should also be reviewed, especially on high masts and long outdoor cable runs. This surge protection guide explains the difference between fixture-level and system-level protection.
Before final approval, confirm the actual LED source and driver listed in the quotation. Philips, Osram, or Bridgelux LED sources and Meanwell or Inventronics drivers are available depending on the approved configuration. Future access to the driver, wiring, and mounting parts should also be considered during installation planning.
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