Why are batteries the "time machines" of the energy transition? How can batteries, from those storing electricity and heat to those impacting the transport sector, bring together the generation and demand sides of energy?

As the world rapidly transitions to renewables, what missteps should be avoided to ensure energy security and grid stability? In this episode we delve into the fascinating world of battery chemistries – from the enduring presence of lithium-ion in grid-scale storage to the potential of sodium-ion to compete strongly, and the possibility of solid-state batteries for electric transportation – and explore the factors, beyond just cost, that will dictate their dominance.

We debate how policies can be shaped to support a 100% renewable future? Furthermore, we also see how the grid, currently designed for conventional generation, can adapt to the variable nature of renewables via batteries, and what innovative programs can facilitate this evolution by considering batteries as an extension of the grid itself!

Finally, we discover how cutting-edge technologies like artificial intelligence (AI) and machine learning (ML) are already revolutionizing energy forecasting, battery dispatch, and grid optimization by analyzing vast amounts of data, transforming it into valuable insights for a more secure and sustainable energy future.

Join us as hosts, Sahil Bhandare and Kedar Balasubramanian engage with energy grid and battery expert Swagath Bhat on batteries, energy markets and more!