Wind Energy Storage Connector

Wind power connectors play a crucial role in wind power systems and are mainly used for the following purposes:

1. Electrical connection
·  Generator and transformer connection: The connector is used to transmit the electrical energy generated by the generator to the transformer for voltage boosting.
·  Transformer connected to the power grid: The connector delivers the boosted electrical energy to the grid, ensuring stable power transmission.

2. Signal transmission
·  Sensor and control system connection: The connector is used to connect sensors such as wind speed and temperature to the control system, ensuring accurate data transmission.
·  Connection between control system and actuator: The connector transmits control signals to the actuator, such as the pitch system and yaw system.

3. Mechanical connection
·  Cable connection inside the tower: Connectors are used to connect cables inside the tower to ensure the reliability of power and signal transmission.
·  Internal equipment connection in the cabin: Connectors are used to connect various equipment in the cabin, such as generators, gearboxes, etc.

4. Environmental adaptability
·  Weather resistance: Connectors need to have characteristics such as high and low temperature resistance, moisture resistance, and salt spray resistance to adapt to the complex environment of wind farms.
·  Seismic resistance: The connector needs to have seismic resistance to ensure stable operation in strong winds or earthquakes.

5. Maintenance and Overhaul
·  Quick plug and unplug: The connector design facilitates quick plug and unplug, making device maintenance and replacement easier.
·  Reliability: Connectors need to have high reliability, reduce failure rates, and extend service life.

6. Security
·  Fireproof performance: The connector needs to have fire-resistant characteristics to prevent the risk of fire.
·  Anti electric shock design: The connector should have an anti electric shock design to ensure the safety of operators.