How It Works
Safe, Organized Power Distribution and Protection
Solar Input Enters the DCDB
DC power from panel strings enters through the DC distribution box.
DC Breakers & Isolator Protect the String
MCBs and the DC isolator guard against overcurrent and allow safe shutdown.
Power Flows to the ACDB
After inversion, AC power is routed into the AC distribution box.
Circuits Distributed to Loads
Breakers and RCD split power safely across lighting, sockets and outlets.
Key Benefits
Key Benefits That Enhance System Performance and Value
Dedicated AC & DC Protection
Separate boxes keep AC and DC circuits properly isolated and protected.
Safe Isolation
Isolator switches allow safe shutdown for maintenance or emergencies.
Overcurrent & Fault Protection
MCBs and RCD guard equipment and wiring against faults.
Weatherproof Enclosure
Sealed, IP-rated housing suited for outdoor and rooftop installation.
Our Installation Process
Step-by-Step Execution for Reliable Performance
Load & String Assessment
Breaker & Isolator Sizing
Panel Selection
Mounting & Wiring
Testing & Commissioning
FAQ Section
What is the difference between ACDB and DCDB? ▾
The DCDB handles DC power coming from the solar panels before the inverter, while the ACDB distributes AC power from the inverter to your building's loads.
Do I need both boxes for a solar installation? ▾
Yes. Both are required for a safe, code-compliant solar system — the DCDB protects the panel side and the ACDB protects the distribution side.
Are these boxes suitable for outdoor installation? ▾
Yes. Both enclosures are weatherproof and IP-rated, with sealed cable glands, making them suitable for outdoor and rooftop mounting.
Ready to Protect Your Solar Installation?
Talk to our team and find the right ACDB & DCDB setup for your system.
Get Free ConsultationHow It Works
Safe, Organized Power Distribution and Protection
Solar Input Enters the DCDB
DC power from panel strings enters through the DC distribution box.
DC Breakers & Isolator Protect the String
MCBs and the DC isolator guard against overcurrent and allow safe shutdown.
Power Flows to the ACDB
After inversion, AC power is routed into the AC distribution box.
Circuits Distributed to Loads
Breakers and RCD split power safely across lighting, sockets and outlets.
Key Benefits
Key Benefits That Enhance System Performance and Value
Dedicated AC & DC Protection
Separate boxes keep AC and DC circuits properly isolated and protected.
Safe Isolation
Isolator switches allow safe shutdown for maintenance or emergencies.
Overcurrent & Fault Protection
MCBs and RCD guard equipment and wiring against faults.
Weatherproof Enclosure
Sealed, IP-rated housing suited for outdoor and rooftop installation.
Our Installation Process
Step-by-Step Execution for Reliable Performance
Load & String Assessment
Breaker & Isolator Sizing
Panel Selection
Mounting & Wiring
Testing & Commissioning
FAQ Section
What is the difference between ACDB and DCDB? ▾
The DCDB handles DC power coming from the solar panels before the inverter, while the ACDB distributes AC power from the inverter to your building's loads.
Do I need both boxes for a solar installation? ▾
Yes. Both are required for a safe, code-compliant solar system — the DCDB protects the panel side and the ACDB protects the distribution side.
Are these boxes suitable for outdoor installation? ▾
Yes. Both enclosures are weatherproof and IP-rated, with sealed cable glands, making them suitable for outdoor and rooftop mounting.
Ready to Protect Your Solar Installation?
Talk to our team and find the right ACDB & DCDB setup for your system.
Get Free Consultation