Guest Idea: 7 Innovations in Energy Storage and Transmission

"From next-generation batteries that could charge an EV in minutes to virtual power plants that turn your rooftop solar into a grid resource, these technologies tackle the full energy lifecycle - generation, storage, transmission, and demand. Some are already deployed at scale; others are approaching commercial viability."

"Solid-state batteries improve electric vehicles (EVs) by increasing energy density and enabling faster charging. Automakers are investing in research and development for this technology because it will usher in a new era of electric cars. Toyota has a long-term goal of solid-state batteries having 10-minute charging times."

"Smart grids heed the call by adding a digital brain to your community's existing systems that facilitates two-way communication between utility companies and consumers. Sensors, automated controls and digital technology enable dynamic and responsive energy networks for increasing populations worldwide."

The U.S. electric grid loses approximately 5% of electricity during transmission, highlighting inefficiencies in aging infrastructure worldwide. Renewable energy generation alone cannot solve the climate crisis without accompanying advances in storage and delivery systems. Seven emerging technologies address the complete energy lifecycle including generation, storage, transmission, and demand management. These innovations range from solid-state batteries enabling rapid EV charging to smart grids facilitating two-way communication between utilities and consumers. Some technologies are already deployed at scale while others approach commercial viability. These solutions represent critical infrastructure needed to replace fossil fuels as the primary electricity source and offer opportunities for consumer, community, and advocate participation in accelerating the energy transition.

Read at Earth911