Electrification

In an era where grid modernization, decarbonization, and electrification dominate utility agendas, fleet management strategies are lagging behind. Many utility and power generation providers continue to rely on outdated vehicle management platforms that lack the advanced total cost of ownership (TCO) analytics needed to support today’s evolving operational and sustainability goals.

The transition toward electrification has challenges, such as the need for more infrastructure to support charging of electric cars and trucks, and other transport vehicles. The residential and commercial and industrial sectors must consider the cost of new technologies for heating and cooling.

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.

A changing policy landscape presents challenges for moving away from fossil fuels. Executives say that may slow, but won’t halt, the momentum to electrify. Remember the slogan “electrify everything”? It

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.

In a hearing that underscored the mounting challenges facing the American power sector, industry leaders warned Congress that the nation’s power infrastructure is approaching a precarious juncture as unprecedented demand growth collides with retiring baseload generation. At the House Energy Subcommittee hearing on March 5, titled “Scaling for Growth: Meeting Demand for Reliable, Affordable Electricity,” […]

GE Vernova and Amazon Web Services announced the companies have signed a strategic framework agreement aimed at supporting AWS’s data center scaling. The groups on March 4 said they would collaborate to address increasing global energy demand, advance grid security and reliability, and decarbonize electric power systems.

Battery energy storage systems (BESS) play an essential role in balancing grids with high renewable energy. They can charge during low price hours and discharge during high price hours in the wholesale markets, or support grid stability participating in the ancillary markets. It is important for BESS owners to maximise their profit by deciding how […]

Torus and Rocky Mountain Power, following the recent signing of a memorandum of understanding (MOU), on Feb. 7 released additional technical details about the integration of Torus’s commercial energy storage technology into Rocky Mountain Power’s Wattsmart Battery program. The proposed 70-MW demand response initiative will leverage Torus’s Nova Spin and Nova Pulse technologies to enhance […]

The energy grid is confronting unprecedented challenges, including surging demand, aging infrastructure, and the increasing frequency of extreme weather events. A deep freeze across the East Coast recently generated an all-time winter high demand on the PJM grid, while Texas and Florida dealt with a rare snowstorm. Demand response has emerged as a proven and […]