How can AI stabilize the power grid? New research uses biomimetic neural networks to manage the uncertainty of solar and wind energy, reducing hardware costs and preventing blackouts.
Unlocking the Grid: How Advanced Conductors and Dynamic Line Rating Boost Capacity Without New Lines
Grid-enhanced technologies (GETs) are designed to upgrade aging power infrastructure quickly and cost-effectively, avoiding ...
The power demand of electric vehicles (EVs) can place a heavy burden on electrical grids — but with some clever technology, ...
Landgrid: Featuring Skills to Snipe the FrontlineFrom Block Rate Reduction to Specialized Weak Point Attack OptionsLandgrid, ...
Abstract: Driven by the need to offset the variability of renewable generation on the grid, development of load control is a highly active field of research. However, practical use of residential ...
Standards and guidelines for development co-operation with concrete examples of their implementation ...
OptiGrid, Vanair, and Workhorse showcase how fleets are adopting EV chargers, idle reduction systems, and electric step vans.
The increasing integration of inverter-based resources (IBRs) into the power grid introduces new challenges, requiring detailed electromagnetic transient (EMT) studies to analyze system interactions.
A new effort, Utilize Coalition, aims to leverage available grid resources to lower costs and meet greater demand, but some microgrid proponents say it will do little to help the microgrid industry.
Google has signed agreements with five U.S. electric utilities in states from Arkansas to Minnesota to curtail its electricity use during periods of peak demand, the company said on March 19, in its ...
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