Risk: Low Pumped Hydro Storage Operational

Port of Tyne Pumped Hydro Storage Facility, United Kingdom

United Kingdom
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Overview

Port of Tyne is a 35 MW pumped hydro storage facility in the United Kingdom, operated by Foresight. It supports grid stability through peak shaving and frequency response services.

Port of Tyne is a pumped hydro storage facility located in the United Kingdom, with an operational capacity of 35 MW. Owned by Foresight, the plant plays a key role in the country's energy storage landscape, contributing to grid reliability and renewable energy integration. The facility operates under the UK's regulatory framework, which aligns with EU Battery Regulation 2023/1542 for sustainability and safety. Pumped hydro storage is a mature technology that provides long-duration storage, typically used for peak shaving and frequency regulation. The 35 MW scale places it in the medium range for UK pumped hydro assets. Environmentally, pumped hydro storage has a low direct impact compared to lithium-ion systems, as it uses water as the storage medium and has no thermal runaway risk. The facility's location near the Port of Tyne supports local grid stability and enables greater penetration of intermittent renewables like wind and solar.

Environmental context

Pumped hydro storage facilities like Port of Tyne use gravitational potential energy, avoiding the thermal runaway risks associated with lithium-ion batteries. Siting near populated areas is generally safe, though water usage and ecological impacts on local waterways must be managed. In the UK, such facilities are crucial for balancing the grid as renewable energy share increases.

Frequently asked questions

The Port of Tyne facility is located in the United Kingdom, near the Port of Tyne area, with coordinates 54.9773° N, -1.4559° W.

The Port of Tyne has a capacity of 35 MW, making it a medium-scale pumped hydro storage facility in the UK.

The facility is owned by Foresight, a company involved in infrastructure and energy investments.

Pumped hydro storage in the UK must comply with the EU Battery Regulation 2023/1542 for sustainability and safety, as well as national grid codes for interconnection and operation.

Pumped hydro storage provides grid stability through peak shaving and frequency response, helping integrate variable renewable energy sources like wind and solar.
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