Are you still worried about the lighting fixtures for warehouse lighting in your life? Currently, the warehouse lighting market is highly competitive, making it challenging to select affordable warehouse lighting fixtures. If your project budget is limited, you may not be able to use high-quality UFO High Bay LED Lighting. However, there are two practical and affordable options: UFO High Bay LED Lighting. They are widely used, different, and have different characteristics. In this blog, we will learn about their characteristics and compare the two.
- What is UFO High Bay LED Lighting?
- How is UFO High Bay LED Lighting made?
- What is High Bay LED Lighting?
- Feature Comparison: UFO High Bay LED Lighting vs High Bay LED Lighting?
- Feature Comparison: UFO High Bay LED Lighting vs High Bay LED Lighting?
- Uses and Applications
- What are the models of UFO High Bay LED Lights?
- How to choose the right lighting fixture for cold storage?
- What type of lighting fixture is more suitable for industrial plants?
- FAQs?
- Conclusion
What is UFO High Bay LED Lighting?
UFO High Bay LED Lighting is a new type of indoor LED lamp, named for its unique design, similar to UFO (unidentified flying object). UFO High Bay LED Lighting is mainly used in high-ceiling environments, such as industrial plants, production workshops, supermarkets, sports and entertainment venues, warehouses, etc.
How is UFO High Bay LED Lighting made?
UFO High Bay LED lights use a lens light transmission design, which does not require additional reflector light transmission, thus avoiding the problem of easy damage to the reflector during transportation of traditional LED mining lamps.
Using high-quality LED chips is the key to ensuring the lighting effect. Choosing the right chip can improve the brightness and uniformity of the light while extending the service life.
LED chips generate heat when working, so a good heat dissipation design is required. Usually, efficient heat dissipation materials and structures are used to ensure that the LED chip will not overheat during operation, thereby ensuring the stability and life of the light.
The LED chip, drive circuit and heat dissipation components are assembled together and rigorously tested to ensure that each lamp bead can work properly, the light is uniform and flicker-free.
During the production process, the quality of each link is strictly controlled to ensure the performance and reliability of the final product. This includes rigorous testing and quality control of the lamp beads, circuits and heat dissipation systems.
Feature Comparison: UFO High Bay LED Lighting vs High Bay LED Lighting?
A comprehensive comparative analysis of UFO High Bay LED Lighting and traditional High Bay LED Lighting, based on the objective differences in product features, performance parameters and application scenarios:
Core design differences
| Features | UFO High Bay LED | Traditional High Bay LED |
|---|---|---|
| Structural design | Integrated circular flying saucer structure, no independent reflector, lens light transmittance optimization design | Square/rectangular structure, independent reflectors are required to enhance light efficiency |
| Cooling system | Aluminum fin high thermal conductivity heat sink + aviation aluminum die-cast housing, thermal management efficiency increased by 30% | Conventional aluminum heat sink, relying on natural convection for heat dissipation |
| Protection level | IP65/IP66 (dustproof and waterproof, suitable for cold storage/humid environments) | IP54 is the main standard (some industrial grades can reach IP65) |
Performance Parameter Comparison
| Indicators | UFO High Bay LED | Traditional High Bay LED |
|---|---|---|
| Light Efficiency | 140-160 lm/W (imported 3030 chip + high-transmittance PC cover) | 100-130 lm/W (conventional LED modules) |
| Energy saving effect | 70%+ energy saving compared to metal halide lamps, 200W replaces 400W traditional lamps | Save 50%-60% of electricity, higher power is required to achieve the same illumination |
| Lifespan | 50,000 hours (low light decay design) | 30,000-40,000 hours |
| Temperature adaptability | -30℃~50℃ wide temperature operation (applicable to cold storage/high temperature workshop) | -20℃~40℃ (extreme environments require customization) |
Technology Scalability Comparison
| Features | UFO High Bay LED | Traditional High Bay LED |
|---|---|---|
| Intelligent Control | Supports DALI dimming/0-10V/motion sensing (2025 upgraded version) | Basic switch control, dimming requires additional modules |
| Customization | Color temperature 2000K-6500K optional + OEM/ODM support | Fixed color temperature, high customization cost |
| Certification Completeness | UL/ETL/DLC/CE/Energy Star Quadruple Certification | Some are missing energy efficiency or safety certifications |
Economic Analysis (Take 200W as an example)
| Cost Items | UFO High Bay LED | Traditional High Bay LED |
|---|---|---|
| Price per lamp | 36−100 (B2B quantity as low as $25/unit) | 25−80 (same power range) |
| 5-year comprehensive cost | Reduced by 45% (mainly due to electricity + maintenance savings) | Light fixtures are frequently replaced, and maintenance costs account for a high proportion |
What is High Bay LED Lighting?
High Bay LED Lighting refers to high-brightness light-emitting diode (LED) lamps designed for high-space lighting. This type of lamp is usually used in large commercial and industrial spaces such as warehouses, factories, gymnasiums, etc., and its installation height is generally above 10 meters.
Uses and Applications
Application scenario adaptability
| Scenario | UFO High Bay LED Advantages | 传统High Bay LED局限 |
|---|---|---|
| Industrial plant | 120° wide-angle glare-free lighting, covering 8-12 meters of floor height | Multi-lamp layout is required, and the center illumination is uneven |
| Logistics warehouse/cold storage | IP66 protection + moisture-proof design, -30℃ low temperature start | The light efficiency decreases in low temperature environment, and insufficient protection is prone to failure |
| Gymnasium/Exhibition Hall | High color rendering index (Ra>80), true color reproduction | The color rendering index is low (around Ra70) |
| Installation and maintenance | 3-second quick-install hook + wire rope double insurance, tool-free disassembly | The structure is complex and replacement requires professionals |
What models of UFO High Bay LED lights are available?
UFO High Bay LED lamp model classification and core parameter comparison (based on industrial lighting standards and mainstream product lines):
Mainstream models classified by power
| Power Range | Representative Models | Luminous flux | Applicable scenarios | Certification standards |
|---|---|---|---|---|
| Basic type | TU Series | 42,000lm(200W) | Plant/Warehouse | CE/No special certification |
| High Efficiency | BST-200WiU | 25,000lm(200W) | Workshop/Logistics Center | CE/GS/RoHS/TÜV |
| Ultra-bright type | Rb-Hb-200wu | 32,000lm(200W) | Stadiums/Large Exhibition Halls | IP66 protection |
| Special Type | 300W UFO High Bay | NO | Ultra-high plant/hangar | UL/CE dual certification |
Classification by technical characteristics
Smart Dimming Type
Model Features: Suffix "i" (such as BST-200WiU)
Control method: 0-10V dimming/DALI system
Power range: 100W-300W4
Industrial protective type
| Features | Model Examples | Protection Level | Special Design |
|---|---|---|---|
| Dust and moisture proof | IP65 UFO Highbay | IP654 | Silicone seal + anti-corrosion housing |
| Low Temperature Operation | Special Series 5 for Cold Storage | -30℃ Startup | Anti-condensation coating |
Medical grade high color rendering type
Key Model: High CRI 200W UFO
Color Rendering Index: CRI>90 (Ordinary Industrial Light CRI≥70)
Application Scenarios: Precision Operation Lighting in Operating Rooms/Laboratories
Horizontal comparison of core parameters
| Parameters | Economical model | Flagship Model | Medical Model |
|---|---|---|---|
| Luminous Efficiency | 140LM/W | 160LM/W | 150LM/W |
| Color temperature range | Pure white single color | 3000K-6500K adjustable | 4000K-5000K |
| Power Supply Solution | Non-isolated power supply | Meanwell HBG Series | Medical-grade constant current driver |
| Emergency backup | NO | Optional 30W-70W emergency module | Built-in dual circuit redundancy |
How to choose the right lighting fixture for cold storage?
The following key factors should be considered when choosing lighting fixtures for cold storage: low temperature resistance, waterproof and moisture-proof performance, protective performance, high efficiency and energy saving, and long life.
Low temperature resistance
The temperature of cold storage is usually tens of degrees below zero or even lower. Ordinary lamps may have problems such as difficulty in starting, reduced brightness, and shortened life at low temperatures. Therefore, cold storage lamps must be able to work normally in low temperature environments, start quickly, and have stable brightness. The outer shell and internal circuit of the lamp should be made of low-temperature resistant materials to ensure that it will not break or be damaged in extreme low temperatures.
Waterproof and moisture-proof performance
The high humidity environment in the cold storage can easily cause condensation on the surface of the lamp, affecting the lighting effect and even causing electrical failures. Therefore, the lamp must have good waterproof and moisture-proof performance. The outer shell of the lamp should be well sealed to prevent water vapor from entering the interior, and the internal circuit should also be treated with moisture-proof
Protective performance
There may be dust, ice and other debris in the cold storage, which may cause damage to the lamp. Therefore, the cold storage lamp should have certain protective performance, and the outer shell should be sturdy and durable to withstand certain impacts and collisions
Efficient energy saving
Cold storage usually needs to run for a long time, so the energy consumption of lamps is an important consideration. Choosing efficient and energy-saving lamps can reduce the operating costs of cold storage. LED lamps have the characteristics of high efficiency and energy saving, long life, low temperature resistance, and vibration resistance, and are suitable for use in low temperature environments
Long life
The replacement of cold storage lamps is more troublesome, so it is necessary to choose lamps with long life to reduce the number of replacements and reduce maintenance costs. The service life of LED lamps far exceeds that of traditional lamps and they can work stably for a long time.
| Cold storage types | Recommended Configuration | Special Requirements |
|---|---|---|
| Food cold storage | 150W LED + IP67 protection (color temperature 5000K) | Adding insect screens |
| Medical Cold Storage | High color rendering LED (CRI ≥ 90) + dual circuit redundancy | Aseptic Packaging Process |
| Logistics Quick Freezer | Explosion-proof LED + Emergency Power Supply (-40℃ Startup) | Impact-resistant housing (≥2mm aluminum) |
| Chemical Raw Materials Warehouse | Anti-corrosion coated lighting fixtures + explosion-proof certification | Copper core low temperature resistant cable |
What type of lighting fixtures are better for industrial plants?
LED mining lamps are the type of lighting fixtures that are more suitable for industrial plants. LED mining lamps have the advantages of high efficiency and energy saving, long life, and high color rendering. They have gradually replaced traditional metal halide lamps and high-pressure sodium lamps and become the mainstream choice in the field of industrial lighting.
Advantages
High efficiency and energy saving: The power of LED mining lamps is only 20% of that of traditional lamps. For example, a 100W LED mining lamp can replace a 500W traditional lamp.
Long life: The service life of LED lamps is more than 50,000 hours, which is significantly longer than the service life of traditional lamps.
High color rendering: LED lamps can provide a high color rendering index (Ra>80), which is suitable for fine processing workshops with high requirements for color recognition, and can accurately present the color and details of the product.
No flicker: LED lamps have no flicker, reducing visual fatigue and work failure Mistakes.
Adapt to harsh environments: LED lamps have good moisture-proof, dust-proof and corrosion-resistant properties, and are suitable for workshops with dust, moisture or corrosive gases.
Applicable scenarios
Low-height workshops: such as small processing plants, assembly workshops, etc., you can choose LED flat panel lights or industrial and mining lamps, because their light is uniform and soft, without glare, and can provide a comfortable lighting environment.
High-height workshops: such as machinery manufacturing workshops, large warehouses, etc., high-power LED industrial and mining lamps or high-bay lamps are more suitable, which can provide sufficient light intensity to ensure that the light covers the entire work area.
Special environments: In places with explosion-proof requirements, such as petrochemicals, coal mines, etc., explosion-proof LED lamps must be selected to ensure safety and reliability.
| Plant Types | Recommended lighting fixtures | Key Configurations |
|---|---|---|
| Heavy Machinery Workshop | 200W LED mining lamp | Shockproof bracket + impact-resistant shell (thickness ≥ 2mm) |
| Electronic clean room | LED flat panel light + mining lamp combination | High color rendering (Ra≥90) + IP54 dustproof |
| Chemical Plant | Explosion-proof LED mining lights | Anti-corrosion coating (WF2 grade) + copper core corrosion-resistant cable |
| Cold Chain Warehouse | Cold-resistant LED high bay lights | -40℃ start-up + anti-condensation design |
FAQs answered?
●Light fixtures not lighting
1.Testing steps:
✅ Check the power input voltage (normal range: 100V-277V AC)
✅ Test the output voltage of the driver (if abnormal, the driver needs to be replaced)
✅ Use a multimeter to check the continuity of the lamp beads (if the circuit is broken, the lamp board needs to be replaced)
High frequency reasons: power module damage (accounting for 60% of the failure rate) or collective failure of the lamp beads
2.Uneven light emission/local dark areas
Solution:
🔧 Check if the lens is offset (recalibrate the installation position)8
🔧 Replace a single failed lamp bead (must use the same specification 2835/5050 model)
⚠️ Mixing lamp beads will cause color temperature difference > 300K
3.Strobe or auto-extinguish
Root Cause Analysis:
🔌 Voltage fluctuation out of range (＜90V or ＞305V triggers protection)
🌡️ Poor heat dissipation causes overheating protection (shell temperature ＞85℃)
●Installation and Maintenance Issues
1.Insufficient hoisting stability
Specification requirements:
⚙️ Wire rope load ≥ 2 times the weight of the lamp (200W lamp requires ≥ 10kg)
⚙️ Ceiling fixing point depth > 40mm (concrete structure is preferred)
2.Protection performance failure
IP level verification:
💧 IP65 test: After spraying, dismantle and inspect the sealing ring for water leakage (silicone ring deformation needs to be replaced)
🧪 Chemical workshops need to additionally check the integrity of the anti-corrosion coating (repair within 48 hours after falling off)
3.Abnormal dimming function
Compatibility check
🔋 Confirm that the dimmer supports 0-10V/DALI protocol (electric
●Environmental adaptability failures
Low-temperature startup failure (cold chain warehouse scenario)
Solution:
❄️ Replace cold-resistant driver (supports -40℃ startup)
🔥 Install preheating module (automatically activated when the environment is <-30℃)
High-temperature light decay acceleration
Mitigation measures:
🌬️ Ensure ventilation space ≥20cm around the lamp
📉 Clean the heat sink fins regularly (dust accumulation causes temperature rise ↑30%)
Conclusion
UFO High Bay LED is significantly ahead in terms of high light efficiency, long life, and extreme environmental adaptability, and is especially suitable for industrial plants, cold chain logistics, stadiums and other scenarios; traditional high bay lights still have price advantages in ultra-low budget projects, but they have to bear higher long-term operation and maintenance costs and energy efficiency shortcomings.
