Wind turbines are becoming increasingly popular, but what happens when your wind turbine won't start? There are several potential causes of this issue, but two of the most common are Hall sensor damage and loose wiring in the turbine blower.
Hall sensor damage
A Hall sensor is an electronic component that helps your wind turbine motor function properly. If this sensor is damaged, your wind turbine may not start at all.
However, this is a relatively easy problem to diagnose. Simply take a video of the LED lights on your drive and send it to your turbine supplier or technician. They should be able to tell you if the Hall sensor is the problem based on the pattern of blinking lights.
Loose wiring in the turbine blower
On the other hand, loose wiring in the turbine blower can also cause starting issues. If the wires that connect the turbine blower to the power supply are loose, the turbine may not receive enough power to start. This can be difficult to diagnose without the help of a professional, but there are a few things you can check on your own.
First, make sure all of the wires are securely plugged into their respective connectors. If any wires are loose, make sure to tighten them. You may also want to check the wiring diagram to ensure that you have connected everything correctly.
If you have checked these potential causes and still can't get your wind turbine to start, it may be time to call us. We have a professional engineering team. They can help you diagnose the issue and determine the best course of action to get your turbine back up and running as quickly as possible.
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