Solar Acdb

of a wide range of products which include acdb for solar system and acdb (ac distribution box) and dcdb (dc distribution box) for solar power systems.

ACDB for Solar System

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₹ 8000 Get Latest Price

Capacity50 kW
IP RatingIP65
Frequency50 Hz
Voltage415 V
Usage ApplicationSolar
MaterialABS

LT Distribution Panel

Robust distribution boards for commercial/industrial power splitting.

• Incomer: 250A-3200A ACB
• Outgoing: 16A-800A MCCB
• Busbar: Aluminum/Copper
• Fault Detection: LED indicators
• Warranty: 2 years

ACDB (AC Distribution Box) and DCDB (DC Distribution Box) for solar power systems

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₹ 2500 Get Latest Price

Model1 IN 1 OUT 600V
Voltage600V
Current32A
Frequency230V AC
Usage/ApplicationIndustrial
IP RatingIP65
ACDB vs. DCDB Box in Solar Systems: Key Differences

While both ACDB (AC Distribution Box) and DCDB (DC Distribution Box) are crucial for solar power systems, they serve different purposes and operate at different stages. Below is a detailed comparison:

FeatureACDB (AC Distribution Box)DCDB (DC Distribution Box)
Purpose Distributes AC power from the inverter to loads/grid. Manages DC power from solar panels to the inverter.
Placement After the inverter. Between solar panels and the inverter.
Current Type Alternating Current (AC). Direct Current (DC).
Key Components - Circuit breakers
- Surge Protection Devices (SPDs)
- Energy meters
- RCCB (Residual Current Circuit Breaker)
- DC Isolators
- Fuses
- SPDs
- String combiner (in larger systems)
Protection Role - Protects against AC-side faults (overload, short circuits, surges).
- Ensures safe power distribution to appliances/grid.
- Protects against DC-side faults (reverse polarity, overcurrent, surges).
- Ensures stable DC input to the inverter.
Grid-Connected Systems Essential (connects inverter to grid/load). Essential (connects solar panels to inverter).
Off-Grid Systems Used if AC loads are present. Always required (solar panels feed DC to inverter).
Why Are Both Boxes Important?
  1. Safety – They prevent electrical hazards like short circuits, surges, and overloads.

  2. System Protection – ACDB safeguards AC-side components, while DCDB protects DC-side components.

  3. Efficiency – Ensures smooth power flow, minimizing energy losses.

  4. Monitoring & Control – Some advanced boxes include metering and remote monitoring.

Conclusion
  • DCDB handles DC power from solar panels before inversion.

  • ACDB manages AC power from the inverter to loads/grid.
    Both are essential for a safe, efficient, and reliable solar power system.

Would you like recommendations on choosing the right ACDB/DCDB for your system?

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Satish Shah (Director)
Rohr Eckhardt Private Limited
Ground Floor, D-12a, Shreepati Castle, Khetwadi 11th Lane, Girgaon, Khetwadi
Mumbai - 400004, Maharashtra, India

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