Energy Vault said in a press release that its new technology combines physics fundamentals of potential and kinetic energy with a cloud-based software platform to operate a newly developed six-arm crane. The crane operation is automated and moves massive concrete bricks that provide the basis for the storage and discharge of electricity.
The latest company born out of General Electric Co. expects sales of its industrial engines fired by natural gas to benefit from the spread of renewables such as solar and wind.
Obviously, the UK is a much smaller and more homogenous market than the United States, where energy policy is shaped to a large degree by state-level policy and market conditions. However, the UK does provide a significant model for accelerated change driven by a cohesive energy policy focused on rapid decarbonization in response to climate change. In addition to performance-based regulation, electrification of transportation is another top issue in the UK.
The US Department of Defense’s (DoD) first wind-powered microgrid is nearly ready at Otis Air National Guard Base on Cape Cod, Massachusetts. Unveiled on August 29, 2018, by the 102nd Intelligence Wing and project partners, the “grid-connected microgrid” will serve as a model for similar Air National Guard and Department of Defense (DoD) projects. The Otis microgrid is expected to achieve several firsts in microgrid development for the military and New England.
We all know that Tesla’s all-electric car catalog is really, really cool. Who wouldn’t want to have a Tesla Model S, X, 3, and/or Roadster in her garage? But Tesla’s energy products also have great potential to hasten the world’s inevitable shift towards sustainable energy.
