Power & Utilities
There is a growing focus on enhancing oversight, transparency, and stakeholder engagement in the integrated resource planning process for electric utilities across various states. The pursuit for a low-carbon future is driving the need for innovative policy initiatives to maximize…Read the full report…...
There is a growing focus on enhancing oversight, transparency, and stakeholder engagement in the integrated resource planning process for electric utilities across various states. The pursuit for a low-carbon future is driving the need for innovative policy initiatives to maximize renewable energy utilization and maintain grid reliability. Integrated resource plans (IRPs) that utilities file with state commissions identify the optimal mix of resources required to serve customers over a long-term planning horizon.
Federal actions are paving the way to build out new transmission capacity at the pace required to accommodate shifts in power generation and achieve decarbonization goals while enhancing…Read the full report …...
Federal actions are paving the way to build out new transmission capacity at the pace required to accommodate shifts in power generation and achieve decarbonization goals while enhancing grid reliability.
For years now, lawmakers and regulators across the U.S. have intensified their scrutiny of the competitive electricity market for residential consumers in order to address…Read the full report…...
For years now, lawmakers and regulators across the U.S. have intensified their scrutiny of the competitive electricity market for residential consumers in order to address deceptive sales tactics and complex contract terms that burden consumers with high costs.
As renewables continue to grow in the move towards a low-carbon future, energy storage is critical to mitigate the variability of wind and solar resources and enhance reliability and resiliency of the electric grid. Federal and state actions continue to facilitate the adoption of storage as a key solution…Read the full report …...
As renewables continue to grow in the move towards a low-carbon future, energy storage is critical to mitigate the variability of wind and solar resources and enhance reliability and resiliency of the electric grid. Federal and state actions continue to facilitate the adoption of storage as a key solution in this transition. U.S. utility-scale battery storage capacity is expected to increase from 1.5 gigawatts (GW) in 2020 to 30 GW in 2025, according to the U.S. Energy Information Administration.
The commitment to a low-carbon future is growing stronger, with states and utilities diversifying their energy transition strategies. There is a growing awareness of the magnitude of the transition including the scale of grid modernization, supply chain challenges, and economic realities as renewable resources and decarbonization technologies expand. Supportive policies and technological advancements are key…...
Grid operators and utilities across the U.S. have enhanced their winter preparation initiatives building on lessons learned from winter storms Uri and Elliott. Higher-than-average temperatures in the northern half of the U.S. are expected to…Read the full report …...
Grid operators and utilities across the U.S. have enhanced their winter preparation initiatives building on lessons learned from winter storms Uri and Elliott. Higher-than-average temperatures in the northern half of the U.S. are expected to lower electricity and natural gas demand, and all regions are projected to have adequate resources for a normal winter. However, extreme weather, such as a prolonged cold snap, continues to pose reliability risks to the grid.
Strategic actions to optimize the distribution grid are imperative to meet the demands of the evolving power sector. Changing policies, climate action, and customer preferences have led to the growth in distributed energy resources and demand-side opportunities, prompting regulators and utilities to explore robust grid planning approaches that accommodate the growth and meet increased demand from electrification.