We engineer flexible battery-backed power solutions that help EV charging sites overcome grid constraints and unlock new electric vehicle charging opportunities.
The best EV charging locations are not always the easiest to power. Local supply limitations, restricted import capacity, DNO approval requirements and delayed grid upgrades can prevent charging infrastructure from operating at the power levels required.
As charging demand continues to grow, EV operators face increasing pressure to deploy infrastructure quickly, maximise charger utilisation and maintain a reliable charging experience.
Power Saving Solutions is leading the shift toward resilient and flexible battery-backed power that unlock constrained EV charging sites to deploy charging infrastructure sooner, optimise energy usage and maintain reliable charging performance.
Deploy charging infrastructure sooner whilst network upgrades or DNO works are scoped, approved and delivered.
Reduce charging spikes, stay within import limits and optimise energy costs through intelligent charging and discharging.
Maintain charging availability and protect priority charging loads during interruptions or unstable power supply.
Ensures rapid high-power charging sessions during heavy demand when sites constrained by 63A three-phase import limits cannot deliver.
Engineered to deliver greater flexibility for EV charging infrastructure, our Hussh Pod battery storage units help operators overcome grid constraints, manage peak demand and maximise charging capability.
Where are Hussh Pods best utilised?
Since 2013, Power Saving Solutions has been engineering battery energy storage and hybrid power solutions that help organisations unlock greater flexibility from their energy infrastructure.
From specification and commissioning through to telemetry, optimisation and ongoing support, we work as a trusted engineering partner helping operators maximise charging performance whilst overcoming grid limitations.
Whether you’re delivering rapid charging hubs, fleet charging infrastructure or EV charging projects impacted by grid constraints, our team can help identify the most effective battery energy storage solution for your site.
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.
