Product Introduce

Wind turbines: an emerging form of wind energy utilization. The wind turbine is a new type of wind energy utilization device under research and development. It captures wind energy by creating and utilizing air vortices, unlike traditional wind turbines that rely mainly on blades to capture wind energy.

product-703-572

Role of Wind Turbine PCBAs

Control system core: PCBA integrated with a variety of electronic components, such as microcontrollers, sensors, drivers, etc., together constitute the wind turbine control system.
Data Acquisition and Processing: Through the sensor to collect wind speed, wind direction, vortex strength and other data, PCBA to process and analyze these data, so as to make the corresponding control decisions.
Drive motor: PCBA controls the motor speed and direction to regulate the speed and output power of the vortex machine.
Fault monitoring and alarm: PCBA continuously monitors the system's operating status, and once a fault occurs, it will send out an alarm signal and take corresponding protective measures.
Data transmission: PCBA can transmit the collected data to the upper computer or the cloud to realize remote monitoring and management.

PCBA is the core component of wind turbine, and its performance directly affects the efficiency, reliability and intelligence level of the whole system.

Wind Turbine PCBA Application

Wind Speed and Direction Measurement and Control: PCBA monitors the wind conditions in real time through wind speed sensors and wind direction sensors, and adjusts the attitude and rotational speed of the vortex machine according to the wind speed and direction in order to achieve the best power generation efficiency.
Vortex strength monitoring and optimization: PCBA monitors the vortex strength through sensors installed inside or near the vortex and adjusts the structural parameters of the vortex machine according to the monitoring data to improve the vortex strength and energy extraction efficiency.
Power Output Control: The PCBA controls the generator output power to match the grid demand and realize grid-connected power generation.
Fault diagnosis and protection: PCBA detects faults in time by monitoring parameters such as motor current, voltage and temperature, and takes corresponding protective measures to prevent equipment damage.
Data recording and analysis: PCBA records the operation data, and through data analysis, it can optimize the system performance and improve the power generation efficiency.

Our Manufacturing Experience & Plants

BQC was founded in 2004 and has been in business for 20 years. Our production base is in Shenzhen, China, with a 15,000 square feet factory and is currently under expansion. In addition, in order to respond to the hard needs of our customers in different countries, we have opened a factory in Malaysia, which is currently in the process of importing equipment and will be operational by the end of 2024.

product-639-540