AMP8

We are powering water companies and AMP8 delivery partners to deliver the next generation of water infrastructure with battery energy storage solutions.

Resilient Battery Energy Storage Units for AMP8 Projects

AMP8 represents one of the largest investment programmes ever undertaken by the UK water sector.

As part of this investment, thousands of stormwater and overflow sites are being upgraded to improve resilience and environmental performance.

These critical assets depend on reliable power to maintain pumping operations during outages, peak demand periods and severe weather events.

Operators are under increasing pressure to ensure continuity, reduce emissions and control operational costs.

Smarter Power for Stormwater Infrastructure

Power Saving Solutions is enabling a shift toward more resilient, efficient and low carbon infrastructure across AMP8 with a smarter approach to temporary and backup power through intelligent battery energy storage units and hybrid power systems.

Instant Power Response

Maintain operational continuity across critical stormwater assets during outages and power interruptions.

Hybrid Efficiency

Reduce fuel consumption, emissions and operating costs through intelligent battery-generator (or grid) integration.

Reliable Backup Power

Provide dependable resilience for pumping systems during peak demand, planned maintenance and emergency events.

Supporting AMP8 Objectives

Improve infrastructure resilience while supporting sustainability and carbon reduction targets.

Smarter, Hybrid Power Solutions

Our high-power Hussh Pod 150/150 is purpose-engineered to combine battery energy storage with intelligent hybrid operation to deliver resilient, efficient and lower-carbon power for critical AMP8 infrastructure.

How does a Hussh Pod solve stormwater challenges?
  • Instant backup power – keeps pumps running with zero delay.
  • Lower fuel costs – reduces generator runtime and diesel use.
  • Reliable resilience – delivers dependable power when it matters most.
  • Reduced emissions – supports AMP8 carbon reduction goals.

Your AMP8 Power Solutions Partner

Since 2013, Power Saving Solutions has been engineering resilient power solutions for critical infrastructure applications. Our battery energy storage units help water companies and AMP8 delivery partners improve resilience, reduce fuel consumption and lower emissions without compromising operational continuity.

From specification and system design through to commissioning, optimisation and ongoing support, we work as a trusted engineering partner throughout the project lifecycle.

Ready to Power Your AMP8 Projects?

Whether you’re delivering stormwater infrastructure, pumping station improvements or require temporary power installations, our expert team can help identify the most efficient and resilient solution for your project.

AMP8 FAQs

What is AMP8?

AMP8 is the 8th Asset Management Period covering investment by UK water companies between 2025 and 2030, focused on improving infrastructure, resilience and environmental performance.

How can battery support AMP8 projects?

Battery storage provides instant backup power, reduces generator runtime, lowers fuel consumption and helps achieve carbon reduction objectives.

Can battery systems operate alongside generators?

Yes. Hussh Pod battery systems are designed to hybridise with generators, improving efficiency and reducing diesel dependency. They can also connect to other energy sources including the grid and renewables.

Are your solutions available for hire or purchase?

Yes. We offer both hire and purchase options depending on project requirements.

What type of AMP8 sites can benefit?

Stormwater pumping stations, overflow infrastructure, combined sewer overflow (CSO) improvement projects and other critical pumping assets can all benefit from hybrid battery power solutions where resilience, efficiency and operational continuity are priorities.

How quickly can systems be deployed?

Deployment times vary by project, but our team can advise on the most suitable solution and mobilisation timeframe.