Allows for the isolation of the solar inverter from the AC grid or loads during maintenance or emergencies.
Circuit Breakers
Provide overcurrent protection for the AC side of the system and individual circuits.
Monitoring Devices
Instruments to measure and monitor the performance of the solar inverters and the overall AC side of the system.
Metering Equipment
Tracks the amount of AC power produced by the solar system.
Communication Interfaces
May include features for communication with a central monitoring system or smart grid applications.
Application
01
Solar Power Plants
ACDB panels are commonly used in utility-scale solar power plants to efficiently distribute and control the AC power generated by multiple solar inverters.
02
Commercial and Industrial Solar Installations
ACDBs are used in commercial and industrial settings where solar inverters are employed to generate AC power for local consumption or grid connection.
Rating
Voltage Rating
The 415/800V rating suggests that the ACDB is designed to handle AC voltages up to 800 volts. This voltage rating aligns with the design specifications of the solar inverters in the system.
Current Rating
The current-carrying capacity of the ACDB depends on the total power output of the connected solar inverters and the specific requirements of the application.
Advantages
Efficient Power Distribution
ACDB panels optimize the distribution of AC power generated by solar inverters, ensuring efficient power delivery to the grid or local loads.
Monitoring and Control
The inclusion of monitoring devices allows for real-time tracking of system performance, helping operators identify and address issues promptly.
Safety and Protection
Circuit breakers and disconnect switches provide protection against overcurrent and allow for safe isolation during maintenance.
Integration with Smart Grids
Communication interfaces enable integration with smart grid systems, enabling advanced grid management and control.
Efficient Power Distribution
ACDB panels optimize the distribution of AC power generated by solar inverters, ensuring efficient power delivery to the grid or local loads.
Monitoring and Control
The inclusion of monitoring devices allows for real-time tracking of system performance, helping operators identify and address issues promptly.
Safety and Protection
Circuit breakers and disconnect switches provide protection against overcurrent and allow for safe isolation during maintenance.
Integration with Smart Grids
Communication interfaces enable integration with smart grid systems, enabling advanced grid management and control.
