Terra Firma Energy, based in the UK, is considering expanding its portfolio of flexible power assets with battery energy system (BESS) and green hydrogen technologies.
Terra firm Energy (TFE) has launched a strategic assessment to evaluate how it can continue to support the British energy system. Currently, the private company has a portfolio of operational and in construction gas peaks, supported by capacity contracts in the long term.
Zach Dodds-Brown, development director at Terra firm Energy, explained that the strategic assessment “will determine how we continue to lead in reliability, while new boundaries such as battery storage, low-carbon fuels and digital optimization are exploring”.
According to TFE, the assessment will investigate ‘organic and inorganic’ opportunities, including Bess on Nuts scale, the acquisition of operational assets, integration of green hydrogen and carbon capture technologies and setting up an internal assets management platform to stimulate efficiency. “
Peak plants, usually driven by guest turbines, switch on at times of a high electricity story to support the grid. Because increasing amounts of intermittent renewable generation comes online, fast response assets are needed to meet peak demand at times when the generation can be low.
“The British energy market is changing rapidly, just like the needs of the system,” said Dodds-Brown, adding that TFEs “flexible generation activa already play a crucial role in balancing intermittent renewable energy sources”.
He added: “Flexible, fast -reacting energy will remain critical if we shift to a grid with renewable driven,” Zach added. “The mission of TFE is to be the favorite partner for that transition – not only to keep the lights on, but to do it on a smarter, cleaner.”
The findings from the assessment will be used to inform the next phase of investment and development of TFE, which are expected to be announced later this year.
Supporting grider flexibility
In the National Energy System Operators (NESOs) Future Energy Scenarios (FES) 2025All paths that reach Netto Zero by 2050 have a significant flexibility of the offer to the offer (as provided by PEAKER -PLANTEN), in various technological types.
For the flexibility of the delivery of the battery storage, the growth of the battery energy is increased in the capacity projections in the medium and long term of FES 2025: from 29 GW-36GW to 31 GW-40GW in 2050.
Hydrogen storage is also provided for the paths set out by Neso. TFE could follow the example set by Multinational Energy Services Firm Centrica, which last year completed a 20 MW of hydrogen-gray-ready-gas-fired peak installation In Worcestershire.
The plant uses eight engines that burn a mix of natural gas and hydrogen. Integration of a hydrogen mixture In this way, the operation of the site fires without completely repelling the peaking factory model.
