Why Choose a Small Wind Turbine?

In operation, small wind turbine uses wind and solar energy to generate electricity complimentarily, without the need for external power supply, thereby eliminating to a certain extent the construction of substations, high and low voltage lines, and high and low voltage power distribution systems. It has the characteristics of day and night complementarity and seasonal complementarity, stable and reliable system, as well as cost-effective performance.

The maintenance workload and the corresponding cost of small wind turbine have been greatly reduced, and they can independently supply power. When encountering natural disasters, it will not affect the electricity consumption of all farmers. In addition, it can supply power at low voltage, which is safe to operate and easy to maintain.

System constitution of small wind turbine: small wind generator, solar panel, wind-solar complementary controller, inverter and battery

Field wind and solar complementary monitoring system: Wind and solar power are used as the main power supply, and the video signal is transmitted back to the video monitoring center through 3G wireless transmission technology, so that what happened thousands of miles away can be seen at a glance.

Forest fire prevention monitoring system-use wind-solar complementary power generation to provide effective guarantee for the safety of the forest industry.

The reason of choosing ATO small wind turbine

1. A professional samll wind generator can configure different types of wind turbines according to different climate environments, so as to achieve greater wind energy utilization under limited conditions and ensure the stability of the wind-solar complementary street lamp system.

2. The solar panel uses the current single-crystal silicon solar panel with a high conversion rate, which greatly improves the efficiency of solar power generation and effectively improves the problems that the light can not be turned on normally because of the low conversion rate and insufficient charging of the solar panel when the wind resource is not enough.

3. Wind-solar complementary controller adopts MPPT (high power tracking) charging technology, which improves the charging efficiency by 30% compared with traditional PWM (pulse) charging controller.

4. The wind-solar complementary system uses high-performance and large-capacity maintenance-free lead-acid batteries, thereby providing sufficient power for the wind-solar complementary street lights, so as to ensure the lighting time of the LED wind-solar complementary street light sources during rainy days, and greatly improve the stability of the system.