But first, let’s start with a brief summary of the old grid. How it used to be In a classical old grid system we have a generator powered by coal or gas or nuclear.

American manufacturing and jobs depend on modernizing the electrical grid through public-private partnerships and new ...

When integrated into a DERMS platform, BESS acts as a flexible, dispatchable resource that enhances system coordination.

The new system is the first commercially viable BPL system based on the ITU standard G.hn protocol adopted by utility industry groups. Corinex Communications Corp. has launched its next-generation ...

In a highly distributed grid, artificial intelligence and edge computing capacity can help a distributed energy system, such as a collection of solar installations, continuously learn changes in ...

Delve into the technical differences between traditional passive charging systems and smart EV chargers that respond to ...

“As we witness the proliferation of distributed energy resources across the grid, our focus lies in fortifying the cyber resilience of these systems,” said Jamie Lian, who leads ORNL’s Grid ...

All this is to say that AI, large-scale distributed renewable energy generation and smart grid aren’t just sci-fi technologies of the future; they’re here, and we need to utilize them.

Discover how the rising costs of electricity from Eskom and the plummeting prices of solar technology are prompting South ...

Building more distributed solar and storage [enough to power more than 25% of U.S. homes] has the potential to save the U.S. power grid up to $473 billion in system-wide costs.

VMware and Vapor IO are building a Multi-Cloud Services Grid to simplify the delivery of distributed 5G systems and real-time edge services ...