600 kW advanced liquid cooled load bank
This liquid‑cooled load bank is purpose‑built for modern data centre environments, delivering precise, scalable testing for mission‑critical cooling and power infrastructure. Designed to overcome electrical and operational constraints, it offers flexible load configurations, advanced controls, and advanced safety features to support accurate commissioning and validation. A mobile, contamination‑resistant design ensures reliable operation while protecting sensitive systems. Modular and scalable, it enables seamless integration with liquid cooled systems to support even the most demanding multi‑MVA test scenarios.
600 kW advanced liquid cooled load bank
This liquid‑cooled load bank is purpose‑built for modern data centre environments, delivering precise, scalable testing for mission‑critical cooling and power infrastructure. Designed to overcome electrical and operational constraints, it offers flexible load configurations, advanced controls, and advanced safety features to support accurate commissioning and validation. A mobile, contamination‑resistant design ensures reliable operation while protecting sensitive systems. Modular and scalable, it enables seamless integration with liquid cooled systems to support even the most demanding multi‑MVA test scenarios.
Features
- Split‑load capability with flexible power output configurations, supporting 600 kW, 2 × 300 kW, or 3 × 200 kW operation to suit varying test requirements.
- Bespoke Aggreko control system enabling fine tuning of test conditions, advanced monitoring, system stability assurance, and enhanced operational safety.
- Contamination‑prevention design featuring a stainless‑steel core vessel and pipework, supported by specialised cleaning, flushing, and winterisation procedures.
- Stainless‑steel crash frame provides enhanced durability and protection for critical internal components during transport and operation.
- Integrated forklift pockets and lifting eyes for safe handling, with optional retractable wheels to improve on‑site mobility.
- IP44‑rated enclosure suitable for indoor operation and protected outdoor storage.
- Safety systems including fail‑safe emergency stop, mains breaker shunt trip, and lockable mains isolator.
- Pressure relief valve and pressure switches to continuously monitor and maintain fluid pressure within safe operating limits.
- Integrated flow switch to detect fluid flow and monitor flow rate for reliable system operation and protection.
- Fully certified to meet the stringent standards and compliance requirements of data centre applications.
Benefits
- Optimised liquid‑cooled design purpose‑built for data centre applications, developed using direct market feedback to address real‑world operational demands.
- Capable of drawing power from multiple smaller electrical sources, helping overcome site infrastructure limitations and enabling high‑capacity testing in constrained environments.
- Ability to control kWs, delta T and leaving water temperatures within tight parameters to test multiple operations scenarios
- Mobile, compact design allows the system to be easily repositioned and redeployed to align with changing project requirements and site layouts.
- Delivers exceptional flexibility across a wide range of testing scenarios, with precise load matching to ensure accurate performance validation.
- Engineered to meet the functional requirements of modern data centres while aligning with recognised industry standards for testing and commissioning.
- Fluid management features reduce the risk of contamination, protecting sensitive cooling circuits and critical equipment.
- Incorporates multiple safety features to protect against over‑pressurisation and abnormal operating conditions, minimising the risk of leaks, damage, and downtime.
- Advanced control systems provide detailed performance data and precise parameter control to support testing, commissioning, and in‑depth analysis.
- Supports parallel operation of multiple load banks, enabling precise scaling of total load capacity for projects ranging from single systems to multi‑MVA, hyperscale deployments.
- Can be combined with air‑cooled load banks to enable hybrid testing strategies, delivering comprehensive control over both liquid and air‑based thermal loads.