DC Load Banks are critical tools used for maintenance testing and commissioning validating the performance of direct current of standby power sources systems such as batteries, rectifiers, and fuel cells.

They allow for precise simulation of actual operating conditions, providing a means to assess the capacity and reliability of the power systems under various loads by testing subjecting the DC systems equipment with discharge tests, analysis load conditions, users can identify potential issues such as premature end of life, thus , ensure compliance with specifications, and optimise performance, ensuring that systems operate efficiently and safely in critical applications.

Hillstone manufactures and provides rental solutions across offers a wide range of DC load banks fleet designed to meet for manual or automatic constant current or constant power load testing requirements., ensuring that systems operate efficiently and safely in critical applications,

Hillstone DC load banks are used across industries including telecoms, datacentres, power generation, petrochemical, and other industrial settings.

AC Load Banks are essential tools used to test and validate the performance of AC power sources, such as generators and UPS systems.

By simulating operational conditions with a load bank, users can evaluate the reliability and performance of the power equipment.

Hillstone provides a range of AC load banks designed to meet varying requirements, ensuring that systems are functioning optimally and safely before deployment.

With robust construction and user-friendly interfaces, our AC load banks support a wide array of applications in data centres, industrial settings, and beyond, offering peace of mind to operators.

Heatload Server Simulators are an essential tool to deliver commissioning of datacentre project construction. 

Hillstone emulators are designed to assess the performance of cooling systems under hypothetical thermal loads.

By mimicking the heat generated by server equipment, these simulators allow operators to evaluate how effectively cooling infrastructure can maintain optimal temperatures.

This proactive approach helps in identifying potential datahall overheating issues before they occur, leading to better resource allocation and maintenance planning.

Additionally, heatload server emulators can aid in testing design modifications or expansions within a data centre's layout, ensuring that any changes will not compromise the reliability of critical systems.