interview

The U.S. power sector seems to be increasingly pulled in two directions. While trundling toward rapid electrification, it is seeking to hold its ground on recent decarbonization triumphs. And while utilities and power companies are racing to add generation capacity, their prospects are limited by aging infrastructure and upended by supply chain constraints that have […]

Microgrids have grown in importance as the need for a reliable and resilient supply of power has grown. The technology has proven itself for a variety of commercial and industrial (C&I) enterprises, in both urban and rural areas where a source of off-grid—or in some cases grid-connected—energy is needed, whether a backup power or as a primary source of electricity.

Electrification is about offsetting energy coming directly from fossil fuels with electrons. And it’s a key strategy to support decarbonization across sectors. Depending on the generation mix providing the electrons, the amount of decarbonization may vary. But wherever a customer has electrified their energy usage, they stand to benefit from future deployments of clean generation resources.

Several members of the energy community recently provided POWER magazine with their insights on electrification, looking at the challenges for continuing adoption of technologies driving the transition.

As buildings, EVs, and industrial processes are increasingly electrified, utilities are seeing grid demand rapidly growing. While this shift is necessary to reduce emissions, it also introduces new challenges for grid stability, capacity, and long-term reliability.

Jon De Martin, CEO of Australia-based SCE Energy Solutions, talks with POWER about his company’s work with solar power technology for commercial and industrial enterprises.

Designing, building, and maintaining the network of power transmission lines and associated infrastructure that delivers electricity across the U.S. is a complex task. It involves disparate components, from thermal power plants using different fuel types, to renewable energy such as solar, wind, and geothermal installations. Substations are another component, and the use of battery energy […]

There are many ways to enhance power grid and power plant reliability, including the implementation of advanced control strategies, proactive maintenance programs, and modern technologies for early detection

The use of distributed energy resources (DERs), which can include solar panels, wind turbines, batteries, fuel cells, and more, is increasing as the power generation sector becomes more decentralized. The future of the distributed energy generation market is promising, as more commercial and industrial customers, along with residential electricity users, look for cleaner sources of […]

Recent news about continued growth in the U.S. energy storage market highlighted continued deployments of grid-scale systems, along with ongoing demand from commercial and industrial and residential sectors. Electric utilities and power grid operators, along with those using storage to support distributed energy installations, want to make their power supplies more flexible, reliable, and resilient. […]