Applications：
Solar Wind Hybrid Street Light
The Solar-Wind Hybrid Street Light combines a photovoltaic array, a wind turbine, and LiFePO4 battery storage for off-grid lighting projects. Available configurations include 30–150W high-efficiency LED luminaires (>180 lm/W), 100–720W solar arrays, 100–1000W wind turbines, 6–12m poles, and IP66/IK09 protection.
Description
Features
The solar–wind configuration combines a PV array, wind turbine and battery storage. For a solar wind hybrid project RFQ, share the site location, available solar and wind resource data, lighting targets, operating schedule, proposed pole and luminaire arrangement, storage requirements and control preferences. If grid power is part of the brief, compare our Solar AC Hybrid Street Light for a different supply approach.
Hybrid solar and wind power generation provides a more stable power supply
Solar and wind generation can complement one another where site resource data supports both sources. Check the proposed lighting schedule, storage capacity and worst-month generation in a project energy budget; establish the backup period for the quoted configuration.
5050 LED Options and Photometric Evidence
Selected configurations may use 5050-format LED components. Compare offered luminaires under the same measurement scope and test conditions, using a report for the quoted model and optic rather than a series-wide efficacy or brightness claim.
Roadway Optics and Layout Verification
Specially designed light distribution and bigger beam angle enlarge illumination areas and improve lighting uniformity, suitable for rural roads, streets, highways, and residential areas.
Plug & Play Fast Installation
All components are connected via waterproof quick-connect connectors, making maintenance and replacement very convenient.
LiFePO4 Battery and Replacement Planning
The system uses LiFePO4 battery storage with protective control components. Request the selected battery datasheet, cycle-test conditions, operating limits and warranty terms. Plan service access and replacement around the site temperature, charge profile and nightly load rather than a series-wide service-life claim.
Operable Under Harsh Environment
IP66 for the whole Solar Wind Hybrid Street Light system, which makes it adaptable for rainy areas. High-temperature resistant LiFePO4 battery with low current design significantly reduces internal heat when the system works. Among other things, the smart temperature adjustment function of the solar controller enables the system to operate normally under temperatures as high as 65°C.
LED Lamp Options
Review the lamp-head options below for the Solar Wind Hybrid Street Light. Confirm the chosen luminaire, electrical interface and control arrangement in the project configuration; a lamp-head option is not a complete hybrid system.
Technical Specifications
| LED Lamp | LED Power | 30-150W | Solar Panel | Silicon Type | Mono-Crystalline |
| Luminous Efficiency | > 180 lm/W | Power | 100W-720W | ||
| Luminous Flux | 5,400–27,000 lumens | Light Pole | Wind Generator Working Power | 100W – 1000W | |
| Color Temperature | 3000K-6000K | Suggested Height | 6-12 Meters | ||
| Lighting Distribution | Type II, Type III | Material & Finishing | Galvanized Steel / Aluminum with Powder Coating | ||
| Material | Die-Casting Aluminum | System | Working Temperature | -20℃~65℃ | |
| Lamp Adaptor | 60 mm Diameter | Protection Levels | IP66 / IK09 | ||
| Product/Package Size | 710x325x145 mm / 770x360x200 mm | Wind Resistance | 120 km/h | ||
| Lithium Battery | Battery Type | Pouch-Type Lithium Iron Phosphate (LiFePO4) | Life Span | LED Lamp: >20 Years | |
| Rated Capacity | Customizable | Battery: >10 Years | |||
| BMS Unit | Provide Multiple Protections for Battery | Solar Controller: >20 Years | |||
| Battery Location | Built Inside IP66 Aluminum Battery Box | Solar Panel: >25 Years | |||
| Solar Controller | Capacity | 10A – 40A | Wind Generator: >10 Years |
Interior Structure
See what’s inside the Solar Wind Hybrid Street Light.
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Super Bright LED Lamp
Ask for the selected luminaire model’s photometric report and operating specifications when comparing LED options. Component-level LED figures should not be used as complete-luminaire efficacy.
Strong Lighting Pole
The strong lighting pole is constructed from Grade A hot-dip galvanized steel, ensuring exceptional durability and anti-corrosion performance. Made from a single piece of steel sheet, it features a seamless design with a powder coating for enhanced rust resistance. Withstanding wind speeds of over 120 km/h, this pole is built for stability in extreme weather conditions. Its robust construction guarantees a lifespan of over 25 years, making it an ideal choice for long-term outdoor applications.
Smart Solar Controller
The Smart Solar Controller offers high efficiency with a smart power-saving mode that optimizes energy use. It operates with constant current and an IP68 rating, ensuring reliable performance even in harsh environmental conditions. This advanced design significantly reduces the light failure rate, providing consistent brightness over time. Additionally, the controller includes multiple protection features that effectively safeguard the battery, enhancing its longevity and ensuring the system’s overall durability and safety.
Solar Panel
The solar panel features A-class quality with a high charging efficiency of 21%. This ensures optimal energy conversion, maximizing power generation even under varying sunlight conditions. Its premium design guarantees reliability and long-term performance, making it a highly efficient and durable solution for solar energy applications.
Wind Generator
The wind generator is a reliable and eco-friendly energy solution, designed to harness wind power efficiently. Built with high-strength materials, it ensures durability and stable performance even in harsh weather conditions. Its compact and aerodynamic design maximizes energy generation while minimizing noise and vibration. This system is ideal for off-grid applications, complementing solar power systems for continuous and sustainable energy supply.
Durable LiFePO4 Lithium Battery
The fixture is equipped with a LiFePO4 lithium battery, known for its impressive lifespan of over 10 years. This battery offers excellent high-temperature resistance and exceptional safety performance, ensuring reliable power delivery and enhanced durability. With its long service life, it reduces the need for frequent replacements and provides peace of mind, making it an ideal choice for both residential and commercial applications.
Optional Features & Add-ons
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Motion Sensor
The motion sensor automatically reduces brightness by 30% when inactivity is detected, saving energy. Upon detection of presence, brightness returns to 100%, ensuring optimal visibility while minimizing distractions. This feature strikes a balance between power efficiency and user comfort.
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Adjustable Solar Panel Bracket
The adjustable bracket optimizes panel positioning for maximum sunlight capture. It allows users to adjust the tilt angle for optimal solar energy collection, regardless of geographic location or seasonal changes, ensuring high performance even in harsh weather conditions.
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Anti-theft Components
Anti-theft screws and spikes are designed to secure solar panels against theft. The unique tamper-resistant design makes removal nearly impossible without specialized tools, while anti-climbing spikes prevent unauthorized access, ensuring durability and security in exposed environments.
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Anti-bird Spike
Anti-bird spikes offer a humane and effective solution to prevent birds from perching on solar panels, rooftops, and fences. Made from durable stainless steel or plastic, these sharp, angled prongs discourage birds without harming them. Easy to install, these spikes provide a low-maintenance way to protect solar panels from bird-related damage, ensuring optimal performance.
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Camera
The system integrates a solar-powered CCTV camera, offering a sustainable and eco-friendly surveillance solution. These cameras operate independently of traditional power sources, ensuring continuous monitoring without external electricity. With waterproof housing and motion detection features, they enhance security for solar panels while reducing energy costs.
IoT Smart Monitoring System
Based on LoRA, Zigbee, 4G technology, Inlux Solar’s IOT Smart Monitoring System enables intelligent management of our Solar Wind Hybrid Street Light configurations by PC, PAD and Mobile.
Frequently Asked Questions
When is solar wind hybrid lighting preferable to solar-only lighting?
When the proposed location has a useful wind resource and the additional generation justifies the equipment and maintenance. Review wind data at the planned turbine height, nearby obstructions, local solar conditions and the nightly lighting demand. A coastal location alone does not establish suitability.
Does a turbine power rating tell me how much energy the light will receive?
No. Compare the turbine power curve with the site wind distribution and mounting conditions, then include control and electrical losses. Use the resulting energy estimate with PV generation, usable battery storage and the operating schedule; do not treat the nameplate rating as continuous output.
How does this differ from a solar AC hybrid street light?
The solar–wind design combines renewable generation sources and battery storage. A solar AC hybrid street light uses an AC connection with a specified priority and backup sequence. Choose from the actual site resources and grid availability, not the shared word “hybrid”.
What should be included in a solar wind hybrid quotation?
Ask for the selected turbine and PV modules, controller and protection arrangement, battery, luminaire, pole and foundation interfaces, maintenance access, shipping scope and exclusions. Send the location, available resource data, lighting target, nightly schedule and quantity through our project enquiry form; compare the special-purpose solar lighting options if the architecture is still undecided.
