The core function is to convert wind energy into electrical energy, mainly used for distributed power supply in off grid/weak grid scenarios, often forming a “wind solar complementary system” with solar panels


Advantages:
·Resource adaptation: With low start-up wind speeds (3-4m/s), a gentle breeze can generate electricity, fully capturing natural wind energy.
·Omnidirectional control: equipped with a tail fin for automatic wind alignment, ensuring that the wind turbine is always facing the wind direction and maximizing the capture of wind energy.
·Stable output: Equipped with an MPPT controller and battery interface, it achieves stable voltage, constant current, and overcharge protection, providing more reliable power supply.
·Durable lifespan: Made of fiberglass/composite blades and maintenance free bearings, the design has a lifespan of up to 15-20 years.
·Flexible scene: compact in size, occupying less space, can be installed on roofs, courtyards, and towers, suitable for deployment in multiple environments.
·Environmentally friendly and low-carbon: zero fuel consumption, zero emissions, effectively reducing dependence on fossil fuels and carbon emissions.
·System complementarity: It complements the solar power generation period (with significant advantages in rainy and windy weather) to enhance the overall stability of the energy system.
·Easy operation and maintenance: streamlined structure, low failure rate, simple daily inspections, extremely low maintenance costs