Gas Power Plant Operational

Deeside Gas Power Plant: 515 MW Facility in the United Kingdom

United Kingdom

Overview

Deeside is a 515 MW gas-fired power plant in the United Kingdom. It operates as a combined-cycle gas turbine facility, contributing to the national grid.

Deeside is a gas-fired power plant located in the United Kingdom, with a generating capacity of 515 megawatts. The facility is operational and plays a role in the country's energy mix, utilizing natural gas as its primary fuel source. The plant operates under the regulatory framework of the UK, which includes emissions standards aligned with the EU Industrial Emissions Directive and national carbon pricing mechanisms. Gas-fired plants like Deeside typically employ combined-cycle technology, achieving higher efficiency and lower emissions compared to older coal-fired units. As a medium-to-large scale gas plant, Deeside contributes to grid stability and supports the transition away from coal. Its location in the UK places it within a market increasingly focused on renewable integration, though gas remains a key backup for intermittent sources.

Environmental context

Gas-fired power generation produces lower CO2 emissions per megawatt-hour compared to coal, but still contributes to greenhouse gas emissions. The plant's proximity to populated areas may influence local air quality, though modern gas plants are equipped with emissions control technologies. The UK's carbon pricing and emissions targets encourage efficient operation and potential future retrofitting for carbon capture.

Frequently asked questions

Deeside power plant is located in the United Kingdom, at coordinates 53.2332, -3.0547.

Deeside power plant has a generating capacity of 515 megawatts.

Deeside power plant uses natural gas as its primary fuel.

Gas power plants in the UK must comply with emissions standards under the EU Industrial Emissions Directive (now retained UK law) and participate in the UK Emissions Trading Scheme, which sets a price on carbon.

Deeside provides flexible generation capacity, helping to balance the grid as renewable sources like wind and solar vary. Its 515 MW output supports peak demand and backup needs.
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