500 kW Liquid-Cooled Load Bank
Full Technical Specifications
Product Overview
The Batterlution 500 kW liquid-cooled load bank is purpose-built for simultaneous data centre power and cooling system commissioning. This 500 kW liquid cooled load bank is designed specifically for data centre liquid cooling testing, commissioning, and thermal management validation.
It provides reliable power testing and cooling system verification for AI data centres, GPU servers, high-density data centres, hyperscale and edge data centres.
- Power Loading (Simulating IT Load)
- Liquid Cooling Cycle (Simulating CDU/Chiller Heat Source)
- Direct Cooling Tower Connection
- Wireless Cluster Control
- Local PLC + Touchscreen HMI Control
Full Specifications
| Nominal Power | 500 kW (expandable via parallel up to 84 MW) |
| Load Type | Pure resistive, 1% resolution per step |
| Nominal Voltage | 400 V AC 3-phase 4-wire (380-415 V range) |
| Frequency | 50 Hz / 60 Hz (selectable) |
| Power Factor / THD | PF greater than 0.99 | Voltage THD less than 3% |
| Heat Exchanger | 316 Stainless Steel |
| Cooling Capacity | 500 kW thermal output |
| Temperature Precision | ±0.5 degrees C |
| Coolant Connections | DN100 flanged (4") / DN50 quick-connect (2") |
| Compatible Coolants | Glycol solution, deionized water, fluorinated fluids |
| Control Interface | TCP/IP + Modbus RTU + Local HMI touchscreen |
| Parallel Control | Up to 240 units via TCP/IP |
| Ingress Protection | IP54 (standard) / IP55 (optional) |
| Operating Temperature | 0 degrees C to 45 degrees C |
| Safety Standards | IEC 60947-1, IEC 60947-4-1 | CE (standard) / UL (optional) |
| Enclosure | Floor-standing cabinet, RAL 7035 (custom colors available) |
| Mounting Options | Fixed wheel casters / skid / trailer |
| Dimensions and Weight | Customized to project requirements |
| Lead Time | Confirmed during quotation |
Applications
Our 500 kW load bank supports data centre testing, commissioning, power testing, chiller test, cooling system test and thermal test for liquid cooling loops. It is widely used for CDU, chiller, cooling tower and heat dissipation validation in modern liquid cooled data centres.