Solar-Powered LED Garden Lights

Introduction

Energy is a crucial guarantee for societal and economic development, and actively developing renewable energy is the primary way to solve the energy crisis. With the improvement of people's living standards, the enhancement of environmental awareness, and the emphasis on sustainable development and human health, the demand for pollution-free, environmentally friendly, and energy-saving lighting has increased.

Solar-powered LED garden lights harness solar radiation as their energy source. During the day, solar panels charge the battery, and at night, the battery powers the high-efficiency LED light source. This system does not require complex and expensive pipeline installations, allows for flexible adjustment of light layout, is safe, energy-efficient, pollution-free, operates stably and reliably without manual intervention, and saves on electricity and maintenance costs.

Usage Specifications

• Operating Temperature: -40°C to 50°C

• Lighting Duration: 4 to 12 hours per day

• Lamp Height: 2.5 to 4.5 meters

Technology

1. Solar Panels: High-efficiency mono/polycrystalline silicon solar panels with a power range of 35-100Wp.

2. Operating Voltage: 12V/DC.

3. Battery: Maintenance-free solar-specific batteries with capacities ranging from 38-150Ah/12V.

4. Light Source: Low-power LED lamps and high-power bulb lamps.

5. Controller: Microcomputer intelligent controller with overcharge, over-discharge, reverse connection protection, light control + time control.

Advantages

1. Ultra-long Lifespan: The semiconductor chip emits light without a filament or glass bubble, making it resistant to shock and breakage. The lifespan can reach up to 50,000 hours (compared to 1,000 hours for ordinary incandescent lamps and 8,000 hours for ordinary energy-saving lamps).

2. Healthy Light: The light does not contain ultraviolet or infrared rays and does not produce radiation (ordinary lamps contain UV and IR rays).

3. Environmentally Friendly: It does not contain harmful elements like mercury and xenon, making it easy to recycle and reuse without generating electromagnetic interference (ordinary lamps contain mercury and lead, and electronic ballasts in energy-saving lamps generate electromagnetic interference).

4. Eye Protection: Driven by direct current without flicker (ordinary lamps are driven by alternating current, which causes flickering).

5. High Light Efficiency, Low Heat Generation: 90% of the electric energy is converted into visible light (ordinary incandescent lamps convert 80% of electric energy into heat and only 20% into light).

6. High Safety: The required voltage and current are small, generating less heat and posing no safety hazards. Suitable for use in mines and other hazardous locations.

7. Large Market Potential: Low-voltage, direct current power supply, and solar power make it suitable for remote and outdoor areas with insufficient or no power supply.

Applications

Solar-powered LED garden lights are suitable for lighting and decoration in areas such as residential districts, villas, parks, tourist attractions, squares, etc. They can also be used to convert existing mains-powered lighting systems in these areas to solar lighting systems according to user needs.

Solar-Powered LED Garden Lights

Solar-powered LED garden lights utilize solar radiation as their energy source. During the day, solar panels charge the battery, and at night, the battery powers the high-efficiency LED light source. This system does not require complex and expensive pipeline installations, allows for flexible adjustment of light layout, is safe, energy-efficient, pollution-free, operates stably and reliably without manual intervention, and saves on electricity and maintenance costs.

• Operating Temperature: -40°C to 50°C

• Lighting Duration: 4 to 12 hours per day

• Lamp Height: 2.5 to 4.5 meters

Technology

1. Solar Panels: High-efficiency mono/polycrystalline silicon solar panels with a power range of 35-100Wp.

2. Operating Voltage: 12V/DC.

3. Battery: Maintenance-free solar-specific batteries with capacities ranging from 38-150Ah/12V.

4. Light Source: Low-power LED lamps and high-power bulb lamps.

5. Controller: Microcomputer intelligent controller with overcharge, over-discharge, reverse connection protection, light control + time control.

Advantages

1. Ultra-long Lifespan: The semiconductor chip emits light without a filament or glass bubble, making it resistant to shock and breakage. The lifespan can reach up to 50,000 hours (compared to 1,000 hours for ordinary incandescent lamps and 8,000 hours for ordinary energy-saving lamps).

2. Healthy Light: The light does not contain ultraviolet or infrared rays and does not produce radiation (ordinary lamps contain UV and IR rays).

3. Environmentally Friendly: It does not contain harmful elements like mercury and xenon, making it easy to recycle and reuse without generating electromagnetic interference (ordinary lamps contain mercury and lead, and electronic ballasts in energy-saving lamps generate electromagnetic interference).

4. Eye Protection: Driven by direct current without flicker (ordinary lamps are driven by alternating current, which causes flickering).

5. High Light Efficiency, Low Heat Generation: 90% of the electric energy is converted into visible light (ordinary incandescent lamps convert 80% of electric energy into heat and only 20% into light).

6. High Safety: The required voltage and current are small, generating less heat and posing no safety hazards. Suitable for use in mines and other hazardous locations.

7. Large Market Potential: Low-voltage, direct current power supply, and solar power make it suitable for remote and outdoor areas with insufficient or no power supply.

Applications

Solar-powered LED garden lights are suitable for lighting and decoration in areas such as residential districts, villas, parks, tourist attractions, squares, etc. They can also be used to convert existing mains-powered lighting systems in these areas to solar lighting systems according to user needs.