I beg to move,
That leave be given to bring in a Bill to make local fire services statutory consultees for industrial lithium-ion battery storage planning permission applications; to make provision about the granting of environmental permits for industrial lithium-ion battery storage; and for connected purposes.
The Bill would ensure that industrial lithium-ion battery storage facilities are correctly categorised as hazardous, so that the Environment Agency, the Health and Safety Executive and the fire and rescue services would be statutory consultees when planning applications are considered.
Technological innovation is on an exponential curve, and nowhere is that more evident than in renewable energy generation. Under this Government, in 2019—for the first time ever—zero-carbon electricity production overtook fossil fuels. This transition to renewables is essential to protect our environment, but is also crucial geopolitically. We know only too well that hostile powers are willing to use energy supplies as a weapon. Home-grown renewable energy can help to shield us from attacks. With renewable energy, capture and storage become crucial. A library of Government plans and reports since 2017 cite the removal of barriers to electricity storage as crucial in our transition to greener energy.
The high water mark of energy storage is industrial lithium batteries, which make up more than 90% of the UK’s storage capacity. By releasing energy into the power grids when it is required, these batteries shift peaks of supply to match demand, providing us with renewable electricity even when the air is still and the skies are grey. A handful of storage facilities are already operational in the UK, but a large number are due to come on stream in coming years; 366 projects are under construction or awaiting planning permission.
So what is the problem? Lithium-ion batteries are innocuous when they function normally, but if they fail, a process called thermal runaway—what we would call a battery fire—occurs, and there is a complex chemical reaction. It can occur for many reasons: the battery may be overcharged, there may be outside interference or the battery may have a design fault. The only way to stop a battery fire is to cool it down with a constant stream of water and wait for the fire to go out, which might take days, creating huge quantities of water containing highly corrosive hydrofluoric acid and copper oxide—by-products of battery fires. These toxic chemicals cannot be allowed to seep into watercourses, because they would cause immense environmental damage.
Current regulations do not require battery storage planning applications to be referred to the Environment Agency, the Health and Safety Executive or, indeed, the fire service. Planning permission is being granted near nurseries, hospitals, houses, rivers and even industrial chemical manufacturing plants. In my constituency, a battery facility has been granted planning permission on Basing fen, metres away from the headwaters of the River Loddon, close to a hospital and near the town centre. The application was only spotted by assiduous local residents and local councillors Kate Tuck—who is with us today—and Onnalee Cubitt when a further application was submitted for a larger site. Should a fire break out at the storage facility on Basing fen, the water used to cool the plant would flow straight into the River Loddon. There is no requirement for a storage tank for firewater. Toxic water would continue to wash downriver towards the Thames.