Yes, absolutely ok, you have to understand the power relationship.
2000W wind power means that 2000W of electricity can be generated at rated wind speed. The wind power is changing all the time, and the actual output power is also changing. The load of the generator is the battery, and it charges the battery.
5000W inverter means that it has the highest efficiency at 5000W power. Of course, it can also carry loads below 5000W. The inverter output depends on the battery supply. As long as the battery has power, the inverter will have power output. The battery If the power is insufficient, the inverter will stop
So don’t load your load too big. If you need full power output, please limit the full power time and check the battery voltage. Once the battery power is more than 15% lower than the rated voltage , stop the battery power supply to prevent damage to the battery.
You adjust the load of the inverter according to the daily wind strength and the battery charge level, so that the battery has power every day and cannot lose power. The battery often loses power and is easily damaged.
I used a permanent magnet DC motor to make a wind generator. I measured the voltage and it was 220V, but it couldn’t drive household appliances. Is the output required? Add something
It is very dangerous if you do this. After the battery is connected, because the internal resistance of the battery is very small, the voltage can be stabilized within the safe voltage range of the inverter. If the battery is not connected, the voltage generated by the wind turbine will be very high when the wind volume is large. When the withstand voltage of the capacitor in the inverter is exceeded, the voltage will overheat and explode. If the capacitor explodes badly, the electrolyte must be cleaned out. As for other possible parts, you can first visually check whether there are any damaged parts. Then use a multimeter to check if there is a short circuit. If you're lucky, it's probably just the capacitor that's damaged, and you can use it after cleaning the electrolyte. After processing, you can take some protective measures and test the machine with power on for a short time. Check to see if it is normal. If there is no abnormality, turn on the power for a long time and observe. Good luck. . If you still don’t understand, you can contact me
First of all, the voltage of 220V is enough to drive most home appliances. However, if you find that your permanent magnet DC motor wind turbine cannot power your home appliances, it may be due to the following reasons: Insufficient current: Your generator may not be producing enough of current to drive home appliances. You need to check that your generator is producing enough current at all wind speeds.
Excessive cable resistance: The cables connecting the generator to the appliance may have excessive resistance, restricting the flow of electricity. You need to check whether the cable is intact and whether it is damaged or has poor contact.
Capacitance matching problem: Some home appliances require specific capacitors to work properly. You need to check whether your appliances require special capacitance and whether your generator creates this capacitance.
Insufficient motor power: It is possible that the permanent magnet DC motor you use is too small to drive some larger home appliances. You may consider switching to a more powerful motor.
For the output end, you need to addWhat something depends on the specific cause of the problem. If it's due to insufficient current, you may need to add a booster device to the generator to increase the output voltage. If the cable resistance is too high, you need to replace the cable. If it's a capacitor matching problem, you may need to add appropriate capacitors to the circuit. If the motor power is insufficient, you need to replace it with a more powerful motor.