The transition to all-electric everything would require an increase in electric generation to approximately 13,000 TWH from a storage supported predominantly intermittent generation fleet of approximately 6,000 GW with a capacity factor of approximately 30%, depending on the mix of wind and solar in the generation fleet.

For 20 years, US electrical power policy has been dominated by efforts to try to “mitigate” global warming, believed to be caused by human greenhouse gas emissions.

Iron-air batteries use rusting as their central technology. In an iron-air battery, iron, water and air are the components. The iron rusts to discharge power and the rusting is reversed to charge the battery.

Over 30 years of shipments, these updated standards are expected to save Americans $124 billion on their energy bills and reduce 332 million metric tons of dangerous carbon dioxide emissions—equivalent to the combined annual emissions of nearly 43 million homes.

Rules that may lead to power plants shutting down have the potential to crimp electricity supply, Grech said, while also adding that he thinks the environmental regulator may be overreaching.

Texas does little to regulate the inspection, maintenance and replacement of utility poles.

It trails China and the US in areas such as manufacturing of clean technologies thanks to a mix of burdensome regulations and higher energy prices. Electricity prices in the EU are typically twice to three times higher than in the US.

Decarbonization is synonymous with the energy transition.

At its core, a Digital Twin is not merely a simulation but a dynamic digital replica intricately entwined with real-world phenomena.

A Dozen States Have Applied for Home Energy Rebates Funding from President Biden’s Investing in America Agenda, Helping Households Across the Nation Receive up to $14,000 for Energy Efficient Home Upgrades, Slashing Home Energy Bills and Building Up a Local Clean Energy Workforce

The projects announced today are addressing critical needs across the clean energy economy, including grid components (e.g., transformers), electric vehicle components and chargers, solar components, clean steel, critical materials processing and recycling, and other clean energy products.

As solar and storage costs continue to decrease, at what point will having stand-alone power for customers of all types be a reality? What about microgrids that can use fuel cells and emerging green or even blue hydrogen technologies.

Factors in the Energy Utility Grid’s growth involve two facets of the Energy Industry, technology and energy consumer populations. Technology developments successfully applied to the Energy Utility Grid to expand efficiency, reliability, and stability include AI, SMART Grid platforms, and DERs.

Exacerbating instability in the electric sector has been the swing from fossil fuel generation — primarily coal and natural gas — to renewables. Those simply aren’t always available.

Differing from VPPs, a Distributed Energy Resources Management System (DERMS) offers grid services that are closely tied to the specific location (grid connection) of each asset.