Optimise energy performance and strengthen power resilience with intelligent battery power for critical data centre infrastructure.
Strengthen power resilience across
critical data centre infrastructure.
Manage battery, grid and renewables
to reduce peaks, cost and carbon.
Use stored energy to support demand
beyond available grid capacity.
Data centres demand resilient, high-capacity power, but growing loads and constrained grid connections can make securing that power increasingly challenging.
Hussh Pods add intelligent battery storage to your wider power infrastructure, strengthening resilience, supporting peak demand and storing energy when capacity is available for use when it’s needed most.
PSS combines advanced engineering, intelligent controls and real-time data to understand your existing infrastructure and engineer the right BESS solution around your capacity, resilience and future growth requirements.
From critical-power resilience to power optimisation, battery energy storage can support a wide range of critical data centre requirements.
Add intelligent battery storage to support wider resilience and continuity strategies.
Support increasing demand where available import capacity restricts growth.
Use stored energy during periods of high demand to reduce pressure on grid.
Support additional infrastructure while grid upgrades or expansions are being delivered.
Store on-site renewable generation and make that energy available when needed.
Provide flexible battery capacity during infrastructure upgrades and maintenance.
For infrastructure designed around continuous availability, power resilience needs to extend beyond a single source.
Hussh Pods can form part of a wider power architecture alongside grid, UPS and standby generation, providing stored energy and intelligent power management as supply conditions change.
For suitable configurations, PSS technology can provide automatic transfer in around 20 milliseconds, helping bridge power transitions and strengthen resilience across critical infrastructure for as long as the power is needed.
Data centre energy requirements don’t stand still. Our modular high-power Hussh Pod architecture enables battery capacity and power to be scaled around the requirements of the application.
Multiple Hussh Pod 150/150 systems can operate in parallel, providing a scalable BESS architecture capable of delivering up to 1.2MW of usable power.
Maintains uninterrupted power during grid, generator and battery changeover.
Automatically manages multiple power sources for optimum efficiency and resilience.
Connected operational data provides visibility of performance and system condition.
Multiple systems can operate together as power requirements increase.
We’re more than a battery supplier. Our industry-leading combination of advanced engineering, nationwide support and real-time operational data intelligence helps data centre operators build smarter, more resilient and more flexible energy infrastructure.
Smart, purpose-engineered hybrid battery systems that deliver greater efficiency and more measurable savings.
End-to-end engineering expertise and nationwide 24/7 technical support to maximise uptime and customer success.
Real-time monitoring and operational data intelligence that proves performance and drives continuous optimisation.
Speak to our expert team about how intelligent battery energy storage can strengthen resilience, overcome grid constraints and optimise energy performance.
Data centres require constant power to prevent downtime and data loss. Battery energy storage can form part of a wider resilience architecture alongside grid, UPS and standby generation, providing stored energy and intelligent power management when supply conditions change.
Yes. Battery storage can charge when grid capacity is available and discharge during periods of higher demand, helping sites operate more flexibly within available import capacity.
BESS and UPS systems can perform different roles within a critical-power architecture. PSS assesses the existing infrastructure and resilience requirements before recommending how Hussh Pod battery storage should integrate with other power systems.
Yes, BESS can store excess solar or wind energy, allowing data centres to operate with cleaner, more sustainable power.
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