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Solar Powered Battery For Outdoor Lights

Solar Powered Battery For Outdoor Lights

1.Solar and battery dual power drive system
2.Safety against electric shock technology
3.Advanced heat dissipation solutions
4.Provide efficient and stable energy support
5.Suitable for areas where traditional wiring is difficult, and easy to install.

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Description

Product Introduction

1.The Solar Powered Battery for Outdoor Lights features a perfect combination of solar energy and high-performance batteries, enabling efficient energy utilization and sustained power supply. During the day, the high-efficiency monocrystalline silicon solar panels absorb sunlight and convert it into electrical energy. The intelligent charging controller then safely and stably stores the electricity in the built-in high-performance lithium batteries.

2.Given the diverse and complex usage environments of outdoor lighting equipment, safety is always the top priority. The Solar Powered Battery for Outdoor Lights is equipped with advanced electric shock prevention functions, providing users with comprehensive safety protection.

3.Graphene composite heat pads with high thermal conductivity can be selected, and their thermal conductivity can reach 1500-3000W/ (m K). Compared with traditional silicone heat pads (thermal conductivity is generally 1-5W/ (m K)), they can conduct heat from inside the battery more quickly.

Technical Parameters

Size	1700mm×690mm×55mm
Effectiveness	98%
Total harmonic distortion	<15%
Working temperature	Normal temperature type:-20~+50℃ Low temperature type:-45~+50℃
Protection level	IP65
Wind resistance index	Grade 10 of wind resistance index
Installation height	8-9m

Dual Combination of Solar Energy and Battery

In the field of outdoor lighting, the stability and sustainability of energy supply are of utmost importance. The Solar Powered Battery for Outdoor Lights adopts an energy solution with a dual combination of solar energy and batteries, achieving efficient collection, storage, and utilization of energy, and providing users with a reliable, environmentally friendly, and economical lighting solution.

High-conversion-efficiency Solar Panels

The monocrystalline silicon solar panels used have a conversion efficiency of up to 24%, which is much higher than the conversion efficiency of 15% - 20% of ordinary solar panels on the market. This means that under the same lighting conditions, the solar panels of this product can collect more solar energy and provide more abundant energy for charging the battery. For example, with an effective daily illumination of 5 hours, an ordinary solar panel may only be able to charge a 10Ah battery to 60% - 80% of its capacity, while the solar panel of this product can fully charge the battery or even more.

Intelligent Light-tracking Technology

Some models are equipped with an intelligent light-tracking system that can automatically adjust the angle of the solar panel according to the position of the sun, keeping it always at the optimal incident angle to the sunlight, further improving the efficiency of solar energy collection. According to actual tests, after using the intelligent light-tracking system, the daily power generation of the solar panel can be increased by 30% - 50%.

Comparison Items	Solar and Battery Dual Combination	Single Solar Power Supply
Endurance Stability	Equipped with battery energy storage, ensuring stable endurance and not restricted by lighting duration	Dependent on sunlight; unable to operate at night or when there is insufficient lighting
Applicable Scenarios	Suitable for various outdoor lighting scenarios, including areas with consecutive rainy days	Only applicable to regions with abundant sunlight and for daytime lighting needs
Equipment Cost	Relatively high, but with low overall usage cost	Lower equipment cost, yet unable to meet all-weather lighting requirements, resulting in poor overall cost-effectiveness

Advanced Radiator

The advanced radiator is crucial for ensuring the stable operation of the battery of the Solar Powered Battery for Outdoor Lights.

Heat Conduction

The advanced radiator mainly operates based on the principle of heat conduction. The heat generated by the battery is first transferred to the heat-conducting material that is in close contact with the battery casing. The Solar Powered Battery for Outdoor Lights uses graphene composite thermal pads with a high thermal conductivity, which can reach 1,500 - 3,000 W/(m·K). These pads can conduct the heat inside the battery out more quickly.

Design of Heat Dissipation Fins

A large number of dense and regularly arranged heat dissipation fins are designed on the surface of the radiator. These fins greatly increase the heat dissipation area.

For example, for a radiator with dimensions of 200mm×100mm×50mm, when there are no heat dissipation fins designed, its surface area is approximately 0.1 square meters. However, after designing reasonable heat dissipation fins, the surface area can be increased to 0.5 - 1 square meter, which means the heat dissipation area is increased by 5 to 10 times.

When the hot air passes through the heat dissipation fins, it can conduct heat exchange with the fins more fully, and dissipate the heat into the surrounding environment.