Storage and batteries are the “only way” to solve the “massively complex” green grid of the future, managing director of Adaptogen Capital James Mills said on a panel at the Energy Storage Summit in London last week.
While governments are currently primarily focused on the clean power targets set for 2030, continuing on to meet legally binding 2050 carbon reduction targets will require significant battery storage deployment, the panel agreed.
Paul Wakely, head of strategic network development at the UK’s National Energy System Operator (NESO), said batteries are important “in all time scales—it is now part of our daily life in the energy system”.
Meanwhile, David Noronha, head of future networks & strategic offshore planning for Irish grid operator EirGrid, said in Ireland long-duration energy storage (LDES) is crucial to supporting the network of the future, but for all storage it “boils down to location”; the impact storage brings is “dependent on its location in the network”.
This was also the opinion of Andy Willis, CEO and co-founder of UK-based battery energy storage developer Kona Energy. The focus, according to him, should be on developing storage, in the short and long term, in areas that it can solve constraints. To enable batteries to thrive in this scenario, though, Willis said there needs to be proper renumeration: “There is a locational need for batteries, but their value is not being realised.”
Mills took this on, noting that there are two key issues for the grid of 2040: massive constraint complexity and the volume of terawatt-hour duration that the system will need.
“We need to allow the technology to show us what the most cost effective solution for is 10-20-hour duration energy storage is”, Mills said.
“I feel for the transmission owners the green grid of 2040 will be massively complex in a mathematical sense. I don’t think it can be solved from the centre, [the system] can only optimise itself and remain stable if you allow co-optimisation in real time through price.
“My vision is that we will end up with a system of massively distributed BESS at almost every gap.”
This article was originally published on our sister site, Energy Storage News.
