Batteries Will Not Solve Renewable Energy Storage Problem (2023)

The Royal Society has released a report indicating that current battery technology is insufficient for the energy storage needs of renewable sources like wind and solar. Analyzing 37 years of wind patterns in Britain, the report suggests that the required storage capacity has been significantly underestimated. Led by Professor Sir Chris Llewellyn Smith, the study concludes that batteries cannot meet the vast energy storage demands, especially during periods of low renewable generation. Instead, the report proposes using hydrogen stored in large salt caverns, which presents its own challenges, including high costs, energy losses during transport, and the need for extensive infrastructure. Critics argue that hydrogen is not a practical solution due to its explosive nature, low density, and the substantial energy required for its movement. The report has been largely overlooked by mainstream media, and some experts express skepticism about the feasibility and cost-effectiveness of the proposed hydrogen infrastructure. The lead author emphasizes the urgency of developing long-term energy storage solutions to meet Net Zero targets, but concerns remain about the economic implications for consumers and the overall viability of the hydrogen approach.

- The Royal Society's report states that batteries cannot adequately store renewable energy.

- Hydrogen is proposed as an alternative, but it has significant logistical and safety challenges.

- Critics highlight the high costs and energy losses associated with hydrogen transport.

- The report has received little attention from mainstream media despite its critical findings.

- Urgent action is needed to develop energy storage solutions to meet Net Zero goals.