Solar

In April 2019, in the heart of coal country, Indiana regulators rejected a proposal by its electric and gas utility, Vectren, to replace baseload coal plants with a new $900 million, 850 megawatt (MW) natural gas-fired power plant. Regulators were concerned that with the dramatic decline in the cost of renewable energy, maturation of energy storage and rapidly changing customer demand, such a major gas plant investment could become a stranded, uneconomic asset in the future. Regulators are now pushing Vectren to consider more decentralized, lower-carbon resources such as wind, solar and storage that would offer greater resource diversity, flexibility and cost effectiveness.
Blogs

From Florida to Nevada to California, big battery projects have been making headlines lately. But a more groundbreaking movement has received far less media attention – hundreds, in some cases thousands, of small distributed solar and battery systems working together to tackle power plant-sized problems.
DER

Just the number of acronyms in the headline for this article ought to offer a tiny glimpse into the complexity surrounding the deployment of Distributed Energy Resource Management Systems (DERMS). On Monday, during DistribuTECH, the Smart Electric Power Alliance (SEPA) held a grid management working group meeting to discuss what requirements are necessary for successful DERMS deployment.