Conduct electricity usage analysis, integrate it with local climate conditions for rational design, and optimize the design方案.

Wind-Solar Hybrid Off-grid power system (abbreviated: WS-OFF ) Widely used in areas without electricity or where power supply is unstable. It can meet the electricity needs for daily life and production in scenarios such as islands, border outposts, and mountainous regions—including lighting, TV, washing machines, refrigerators, fans, heating, and other household requirements. Additionally, it provides reliable power for outdoor operations, geological surveys, geographic exploration, monitoring activities, and more, supporting equipment, instruments, devices, and communication systems.

Solar power generation occurs only during daylight hours, while wind turbines can produce electricity both day and night—especially since cloudy or rainy days often bring strong winds. Combining solar and wind energy effectively ensures a steady and reliable power supply, while also minimizing the wear and tear on battery storage systems caused by repeated charge-discharge cycles.

Wind-Solar Hybrid Off-grid power system (abbreviated: WS-OFF ) System Components:

By Solar panels, wind turbines, solar controllers, wind power controllers, inverters, and energy storage batteries Composed of the main equipment.

How it works ：

It involves storing the electricity generated by wind turbines and solar panels into batteries—either gel-cell or lithium-ion batteries—via solar and wind power controllers, and then converting the direct current into alternating current using either a controller or an inverter. AC220V Or AC380V , to power the corresponding device.

Wind-Solar Hybrid Off-Grid Power Generation System Diagram ：

Wind-Solar Hybrid Off-grid power system (abbreviated: WS-OFF ) Design principles:

According to Actual electricity consumption of the load Conduct electricity usage analysis, combine it with local climate conditions for rational design, and optimize the design方案.

Avoid the following two phenomena:

50. Insufficient power generation has led to unstable electricity supply, causing damage to connected devices.
50. Due to excessive power generation, the controller was kept in charging protection mode for an extended period, resulting in controller damage.

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