Solar 800V LT Panel

800V AC ACDB solutions will help new solar power plants introducing string inverter architectures to lower overall system costs. Operating with higher voltages reduces the transmission losses & cabling costs of solar plants, while limiting the impact of any faults, reducing downtime and maximizing productivity.

It is used for 1500V DC inverters generating 800V AC supply, hence combining output 800V AC power and injecting to grid.

1. Enclosure Material: CRCA
2. Compartmental Double Door
3. Enclosure with canopy and lifting hooks
4. 800V AC MCCB for input protection (Thermal Magnetic/Microprocessor)
5. 800V AC ACB for output protection (MF/MDO/EDO)
6. Sheet Thickness: 1.6 mm / 2 mm
7. Ingress Protection: 54/55
8. Operational Voltage: Up to 800VAC
9. Insulation voltage: Up to 1000VAC
10. Inbuilt SPD
11. Air Circuit Breaker
12. Multi-Function Meter
13. Auxiliary Panel
14. Bus Bar: Aluminum/Copper
15. Input Method: Double
16. Compression
17. Nickel Plated Cable Gland
18. Output Method: Double
19. Compression Nickel Plated Cable Gland
20. Tested & Certified as per IS & IEC 61439 standard
    
    
    

Our LT Panels (ACDBs) are rated at 800V AC to support higher voltage architectures for solar power plants. The 800V AC ACDB solution will lower the overall costs of solar power plants that use string inverter architectures.

The Solar ACDB is an important part of the solar power plant.

We make customized boards according to the specifications of our clients, such as indoor type (IP52), floor standing (outdoor type), wall mounting, stand mounted, etc.

We also offer an IP65 Certificate for MS boxes and an IP67 certificate for polycarbonate boxes.

The introduction of string inverter systems will lower the overall costs for new solar power plants. Higher voltages can reduce the costs associated with solar power plants’ transmission and cabling, as well as minimizing the impact of faults.

This is used to combine output 800V AC and inject grid power.