Wind power control cabinet

Design features of wind power generation control cabinet:

The wind power generation control cabinet meets the requirements of relevant standards and is suitable for power supply of small and medium-sized programmable switches, mobile communications, satellite communication ground stations, microwave communications and other equipment. It can also be used for power supply of other communication equipment.

1. The AC input voltage has a wide adaptability range, single-phase AC input, three-phase AC input, two-way single-phase AC input automatic switching, two-way three-phase AC input automatic switching.

2. The system rectifier module adopts PWM high-frequency switching conversion technology to improve system reliability and reduce daily equipment maintenance.

3. Lightning protection device is installed on the AC input part.

4. It has perfect battery management function, including single battery management program, temperature compensation, two power-off and capacity-based battery management function.

5. Monitoring Chinese and English switching display.

6. It has four remote functions: through RS232 or RS485 communication interface, it realizes centralized monitoring of dual power supply system, realizes real-time detection, and real-time control of various parameters and status of rectifier module, AC distribution unit and DC distribution unit.

7. The cabinet is made of hot-dip galvanized steel plate. The cabinet structure is safe and reliable, with sufficient mechanical strength and internal current monitoring module. The protection level is IP65, which is waterproof, dust-proof, rust-proof and salt-fog-proof, meeting the requirements of outdoor installation;

It can be made according to the different needs of customers, and can also be made according to the drawings provided by customers.

The combined grid-connected inverter power supply adopts low-frequency isolation transformer or high-frequency isolation transformer design, and is outdoor-type. The power size is suitable for use in small photovoltaic power stations. Multiple inverters can be operated in parallel to simplify the power station design.