Statera Energy
Theddlethorpe Flexible Generation
A flexible generation project, fuelled by natural gas or hydrogen, with hydrogen production and battery storage.
The opportunity
A flexible generation hydrogen production and battery energy storage project, strategically positioned storage.
The Theddlethorpe Flexible Generation facility will be made up of turbines or reciprocal engines to generate electricity, alongside hydrogen production and battery storage. The flexible generation could be fuelled by natural gas from National Gas' adjoining network, or be fuelled by hydrogen supplied by Project Union or produced onsite. The project is at a very early stage and we are currently considering the form the development can take and work necessary to prepare a future application for development consent.
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The Theddlethorpe Flexible Generation facility will be made up of turbines or reciprocal engines to generate electricity, alongside hydrogen production and battery storage. The flexible generation could be fuelled by natural gas from National Gas' adjoining network, or be fuelled by hydrogen supplied by Project Union or produced onsite. The project is at a very early stage and we are currently considering the form the development can take and work necessary to prepare a future application for development consent.
Technology
Flexible generation provides vital energy security to the electricity network
Flexible generation provided by combined cycle gas turbines (CCGT) or reciprocating engines is designed to ramp up from a standstill to full capacity to meet demand for electricity on the network, complementing the fast-acting services of batteries. With the ability to sustain delivery over long periods, without the risk of running out of stored energy, flexible generation provides vital security to the UK power system, whether that be in response to a shortage in generation or an increase in overall demand.
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Technology
Battery storage is a front line of defence for balancing the electricity network
Batteries perform two functions for the electricity network. They use electricity to charge when there is surplus energy or low demand and they also transfer energy back to the grid in times of high demand. As renewable energy generation increases, BESS are becoming an increasingly important tool to provide services to the grid and to large scale electricity users.
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Technology
Green hydrogen is key to the UK's net zero transition
Green hydrogen offers a range of benefits that make it a cornerstone of the energy transition. It replaces carbon-based fuels across multiple sectors, helping to decarbonise heavy industry, where electricity can’t provide the required temperatures for critical processes. Its ability to store energy over long periods also provides a vital solution to the seasonal variability of renewable sources, contributing to a secure and resilient energy system.
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About us
Who is Statera?
Statera is a UK-based energy company that develops, owns and operates flexible generation, battery storage, pumped hydro and green hydrogen projects which will all provide critical grid balancing support in a future renewables-led system.
These assets will help the UK build more renewable energy, more quickly, by providing the flexible capacity needed to balance the future grid during periods of extended shortfalls and excesses in renewable generation, due to the variability of wind and solar output. In turn, this technology will lower carbon emissions and deliver best value for energy users.
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These assets will help the UK build more renewable energy, more quickly, by providing the flexible capacity needed to balance the future grid during periods of extended shortfalls and excesses in renewable generation, due to the variability of wind and solar output. In turn, this technology will lower carbon emissions and deliver best value for energy users.