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Energy storage assets

Manchester (2017)
Scale: Individual site
Energy storage system with Li-Ion batteries which provides bi-directional flexibility. It is aimed for dynamic cycling.
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Challenge / Goal

The energy storage system is aimed for dynamic cycling.

Solutions

It is a grid-scale 0.5 MWh Li-Ion battery storage system which provides bi-directional flexibility from the perspective of demand/consumption and generation of energy.

It is located on the customer side on a private wired network.It supports local renewable energy system operation. It matches time gaps between generation and demand.

Citizen Participation

Passive Participation: end users and stakeholder were actively engaged via negotiations and communication sessions

Want to learn more about the lessons learned, financial details and results?

Time Period

Planing Time: < 0.5 years

Implementation Time: < 0.5 years

Implementers

Siemens

Service Providers

Siemens

End User

Universität Manchester (MMU)

Cities

Manchester

Companies

Siemens

    Main Benefits

  • Shaving peak energy demand,

  • Reducing use of fossils,

  • Enhances grid stability,

  • Improving energy supply efficiency,

  • Reducing energy bills,