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Wind turbine charge controller is designed to optimize the charging and protection of home wind turbine systems. It accommodates AC30V input voltage, converting to an output DC voltage compatible with both 12V and 24V systems. The controller ensures a secure cut-off at DC14.5V±0.3V/29V±0.3V, preventing overcharging with a 15A current capacity. Speed regulation is maintained at the same voltage thresholds to protect against high winds. This device boasts an IP67 protection class, denoting full dust ingress protection and immersion up to 1 meter. Its negligible static power consumption of 0.003A and robust carrying capacity of 300W make it exceptionally energy-efficient and strong. Designed for force 10 wind speeds, it can withstand extreme conditions from -30℃ to +65℃. The three-wire system simplifies input wiring, while the voltage control method ensures compatibility with 12V and 24V systems. Installation is secure and straightforward with bolt fixing.
Q1. Is it necessary for a 100W wind turbine to be paired with a 100W wind turbine controller?
It is not mandatory to pair a 100W wind turbine with a 100W wind turbine controller. The selection of a wind turbine controller should be based on the maximum output power and voltage specifications of the turbine. Theoretically, the controller should be capable of handling the wind turbine's maximum output power and voltage. Therefore, a controller with a higher power rating and voltage range that covers the output of the wind turbine can be used. For example, a controller designed for 100W/200W, 12V/24V wind turbines can be suitable for a 100W wind turbine, as it can handle the output of the 100W turbine and provide additional capacity to accommodate power fluctuations, ensuring system stability and efficiency.
Q2. How does this controller protect the wind turbine system?
The controller includes protective features for overcharging, undercharging, short-circuiting, and overheating, ensuring the safety and reliability of the wind turbine system.