Over 30 Years of Expertise in Electrical Control Panels. ISO-Certified, Cost-Effective & Custom-Built Solutions.

800 Volt ACDB Panel Manufacturer in Jaipur

At Neha Fabricators, we specialize in manufacturing high-performance 800 Volt AC Distribution Boards (ACDBs) tailored for industrial and solar power applications. These panels are designed to safely receive, manage, and distribute 3-phase AC power at voltages up to 800V, making them ideal for high-load environments like power plants, solar farms, large-scale factories, and infrastructure projects.

Our ACDB Panels are built using premium components and follow industry-best practices in safety, system reliability, and long-term endurance.

Why Choose Our 800V ACDB Panels?

  1. Handles up to 800V 3-phase AC input/output distribution

  2. Designed for solar, transformer output, and heavy-load applications

  3. Equipped with MCCBs, MCBs, isolators, surge protection devices (SPDs)

  4. Copper busbar system with heat-resistant sleeving and proper spacing

  5. Provision for earthing, lightning protection, and power factor control

  6. Fully powder-coated MS/SS enclosures (IP42/IP65 available)

  7. Compliant with IS/IEC standards and CPRI-approved design parameters

  8. Ventilated structure to prevent overheating under continuous load

  9. Custom load management options with metering and monitoring support

  10. Installation support and design consultation available

Faq's

Built for High-Voltage Power Distribution and Solar Integration

Whether you’re setting up a solar plant or industrial power grid, our 800V ACDB Panels provide reliable distribution, circuit protection, and system safety. Engineered for high voltage stress and continuous duty cycles, they ensure smooth and secure power flow.

DESIGN SPECIFICATIONS & LOAD STUDY

We begin by evaluating your load capacity, source type (solar/grid), and safety standards. Based on that, we design an ACDB panel layout with appropriately rated breakers, terminals, and busbar arrangements.

QUALITY CONTROL & FUNCTIONAL TESTING

All panels undergo routine visual checks, insulation resistance tests, HV test, and simulated load trials to ensure reliable field performance.

In solar PV plants, power transmission systems, transformer substations, and industrial electrical infrastructure.
Yes, they are commonly used after inverter output to distribute power to various loads or transformers.
Yes, we follow CPRI design standards and testing protocols for safety and reliability.
Absolutely. All panels include earthing lugs, SPDs, and provisions for grounding cables.
Typically 10–15 working days depending on load configuration and custom features.

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