Battery Energy Storage Systems Are The Essential Backbone Of Our Energy Transition
In the first of a new series RADIX Managing Partner Christian Alexander offers his thoughts on the essential role Battery Energy Storage Systems will play in our transition to a new sustainable model.
As the planet grapples with the critical issue of climate change, the need for a thorough shift towards sustainable energy has never been clearer. This shift, moving away from fossil fuels towards renewable and eco-friendly energy sources, is essential for reducing environmental harm and securing a more sustainable future. At the heart of this transformation are Battery Energy Storage Systems (BESS), which are key in improving the dependability and efficiency of renewable energy. As one of the founders of RADIX, I am deeply committed to how cutting-edge solutions, such as our screw pile foundations, can support in this shift and ensure its success.
BESS acts as a crucial link in the incorporation of renewable energy, making it easier to store electricity from sources that are not constant, like solar and wind. Unlike conventional energy sources, renewables don’t provide a steady supply of energy throughout the day or year; solar panels only produce power when the sun is out, and wind turbines only operate when there’s wind. This unpredictability poses a challenge for those managing the grid, who need to keep the energy supply consistent to meet demand. BESS tackles this challenge by storing surplus energy during times of high production and releasing it when demand is high, thus stabilising the grid.
Traditional concrete foundations can be costly and harmful to the environment, requiring a lot of preparation of the site and creating a significant amount of carbon emissions.
The role of BESS in supporting renewable energy is of utmost importance. Industry studies indicate that the worldwide market for battery storage is set to expand significantly in the coming years. This expansion will not only facilitate the greater integration of renewables but also lessen our dependence on peaker plants, which are often fuelled by fossil fuels. By enabling a cleaner and more dependable energy supply, BESS can significantly reduce greenhouse gas emissions and help achieve national and global climate objectives.
At RADIX, we understand that the installation of BESS systems needs to be both efficient and environmentally friendly. This is where our innovative screw piles come into play. Traditional concrete foundations can be costly and harmful to the environment, requiring a lot of preparation of the site and creating a significant amount of carbon emissions. In contrast, screw piles provide a sustainable alternative, offering a quick and environmentally friendly way to create a foundation that minimises disturbance to the site. They can be set up quickly, often without the need for heavy machinery, which cuts down on the project’s overall carbon footprint.
Furthermore, the versatility of screw piles and ground screws is especially advantageous in the renewable energy field. Their design allows for easy removal and relocation, making them a perfect fit for BESS projects that might need to adjust to new technologies or changing energy needs. This adaptability is crucial as we look ahead to the future of energy storage solutions and the potential for further advancements in battery technology.
As the demand for BESS increases, so does the chance for economic growth and job creation within the renewable energy sector. The building and installation of these systems generate employment across various fields, from engineering to skilled labour. By investing in BESS and utilising sustainable foundations like RADIX screw piles, we can help boost local economies while contributing to a more sustainable future.
Battery Energy Storage System Case Studies
100MW BESS Development, Sheffield
Supply and installation of screw pile foundations and bespoke steel subframes for a 100MW BESS development in Sheffield, UK.
20MW BESS Development, Manchester
Supply and installation of screw pile foundations through an existing concrete pad for a 20MW Battery Storage project in Oldham.
50MW BESS Development, Maldon
RADIX Screw Piles are providing the efficient and robust foundations for this BESS project for G2 Energy, helping cut the programme delivery time by 60%.