Helping charge point operators and fleet owners unlock high-power charging, overcome grid constraints and maximise charging availability.
Unlock high-power EV charging
without waiting for costly grid upgrades.
Maximise existing grid capacity
through intelligent energy storage.
Maintain priority charging during
constrained or interrupted power supply.
Power Saving Solutions delivers industry-leading hybrid battery energy storage systems that help charge point operators and fleet owners deploy high-power EV charging without waiting for costly grid upgrades.
Designed and manufactured in the UK, every Hussh Pod combines advanced battery engineering, intelligent power management and nationwide engineering support to maximise charging capacity, improve operational flexibility and reduce infrastructure costs.
Whether supporting rapid charging hubs, commercial fleets, workplace charging or temporary installations, Hussh Pods store energy when demand is low before delivering high-power output exactly when it’s needed.
As demand for EV charging continues to grow, many sites are limited by restricted grid capacity, delayed utility upgrades and increasing peak power requirements.
Hussh Pod battery solutions eliminate these compromises by storing energy within the site’s available grid connection before supplying additional power whenever charging demand exceeds available capacity.
| Without Battery Storage | With Hussh Pod |
|---|---|
| Wait months (or years) for grid upgrades | Deploy sooner using existing grid capacity |
| Fewer chargers or lower charging speeds | Support more chargers and faster charging |
| High infrastructure investment | Reduce or defer upgrade costs |
| Limited flexibility as demand grows | Scale charging capacity as demand increases |
A typical 63A three-phase supply provides approximately 43.5kW of available power, often insufficient for multiple rapid or ultra-rapid chargers.
Hussh Pod stores energy using the site’s available grid capacity before intelligently delivering additional power during charging events, enabling significantly greater charging performance without increasing the grid connection.
Deploy charging infrastructure before permanent grid upgrades are completed.
Support simultaneous vehicle charging without increasing grid capacity.
Store lower-cost off-peak electricity before using it during higher tariff periods.
Deliver high-power charging where demand exceeds available grid capacity.
Maintain priority charging during constrained or interrupted power supply.
The high-capacity Hussh Pod 150/150 is our flagship EV charging solution comprising 150kWh of usable energy storage and a 150kW inverter. Purpose-engineered for grid-constrained charging applications requiring intelligent energy management and flexible power delivery.
Delivers additional power during charging events when demand exceeds available grid capacity.
Automatically stores energy off-peak before delivering it when charging demand is highest.
Works alongside existing electrical infrastructure to increase charging capacity without major network upgrades.
Live operational data helps optimise performance and maximise charger availability.
We’re more than a battery hire company. Our unique combination of advanced engineering, nationwide support and real-time data intelligence maximises performance to deliver industry-leading outcomes for our customers.
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 one of our expert team about overcoming grid constraints, reducing EV infrastructure costs and accelerating charger deployment.
Yes, our BESS systems are ideal for fleet operators, depots, logistics hubs, and public charging networks. They provide consistent, scalable power for multiple chargers and can be expanded as demand grows – without costly grid reinforcements or delays.
Peak shaving uses battery storage to support charging demand during high-load periods, reducing the amount of power imported from the grid.
Rapid charging hubs, fleet depots, temporary charging deployments and sites with restricted import capacity are ideal candidates.
EV charging flexibility is the ability to manage, store and deploy energy intelligently to support charging demand without being limited by available grid capacity.
Yes. We offer both hire and purchase options depending on project requirements.
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