Cookies & Privacy

We use essential cookies to make our site work. With your permission, we’ll also use analytics and marketing cookies to improve your experience. You can change your choice anytime.

See our Privacy Policy for details.

Manage preferences
Cookie preferences
Back to Industry News
Cleantech

Battery Storage Safety and Grid Reliability Debate Intensifies

Summary generated with AI, editor-reviewed
Heartspace News Desk

Key takeaways

  • A recent fire at Moss Landing has prompted discussions about battery energy storage systems (BESS) in residential areas
  • Safety expert Matthew Paiss asserts that BESS fires remain infrequent, despite widespread deployment
  • He highlights the critical function of these systems in stabilizing the electricity grid and integrating renewable energy sources
A recent fire at Moss Landing has prompted discussions about battery energy storage systems (BESS) in residential areas. Safety expert Matthew Paiss asserts that BESS fires remain infrequent, despite widespread deployment. He highlights the critical function of these systems in stabilizing the electricity grid and integrating renewable energy sources. Paiss cautions that restricting BESS development could increase dependence on fossil fuels, thereby compromising energy security. Paiss acknowledges legitimate safety worries but stresses the need for a balanced risk assessment. He points to a manufacturer with a low incident rate, reporting only 10 fires across over 50,000 installed units. The expert advocates for enhanced safety protocols and industry openness instead of outright prohibitions. As global energy demand grows, halting BESS installations risks grid stability and impedes the transition to cleaner energy. This could also lead to higher greenhouse gas emissions, undermining climate goals.

Related Topics

battery energy storagegrid stabilityrenewable energyenergy securitysafety standardsfossil fuels

Share Your Thoughts

(0 comments)

Be the first to share your thoughts on this article!

Stay Updated

Create alertsRead original