Rata Load Bank 500kw Resistive Load Bank Manufacturer
Product Overview
1) Product overview
Product Features
- The Rata 500 kW Resistive Load Bank is a medium/low-voltage, purely resistive load bank designed and manufactured by Deyang Rata Technology Co., Ltd. It falls within Rata’s wide resistive product range (10 kW–7,000 kW) and is built for on‑load testing and verification of power generation, distribution and storage systems. Local panel and remote PC control options are available.
Product Value
2) Product features
Product Advantages
- Pure resistive load configuration for accurate real‑power testing.
Application Scenarios
- Flexible control modes: local panel switching or remote PC control (touch-screen control for some DC/custom models).
- Robust industrial design suitable for continuous and repeated load application.
- Part of a broader product family including resistive‑reactive, rack‑mounted and DC/custom load banks (rack 3–12 kW, resistive‑inductive 5 kVA–7,000 kVA).
3) Product value
- Provides reliable, repeatable load testing for commissioning, maintenance and validation of generators, transformers, UPS, and battery systems.
- Helps ensure equipment performance, safety and compliance while reducing downtime risk.
- Cost-effective solution from a manufacturer offering system solutions for ship shore power, data centers, new energy and grid-adaptability experiments.
4) Product advantages
- Manufactured by an ISO‑certified, national high‑tech enterprise with strong R&D (18 utility model patents, 8 software copyrights).
- Proven quality and compliance (ISO 9001:2015, ISO 14001:2015, ISO 45001:2018, CE).
- Experienced after‑sales support and a global track record of exports and long‑term partnerships with major customers.
- Competitive pricing and reliable performance backed by a dedicated engineering and service team.
5) Application scenarios
- On‑load generator testing and commissioning in power plants and shipyards.
- Transformer testing and verification.
- UPS and backup power system performance tests in data centers and critical facilities.
- Battery discharge and capacity testing for storage systems and battery banks.
- Ship shore power systems, new energy (renewables) integration tests and grid adaptability experiments.