A growing number of states are exploring grid modernization to keep pace with fast-evolving technological advances and growing distributed generation. The smart grid concept ties together multiple initiatives ranging from solar-battery microgrids to vehicle-to-grid power flow management, and grid hardening to support reliability and resiliency. It may also include advanced meters, which are a pivotal…...
Utilities across North America are investing billions of dollars to decarbonize their power fleets to comply with unprecedented greenhouse gas emission cuts and bold renewable energy targets. The pivot to cleaner and greener power sources is reflected in the integrated resource plans and RFPs that utilities file with state commissions. Keep on top of the…...
In the last year alone, states from Maine to New Mexico have enacted measures mandating the study of microgrids, showing the growing interest in harnessing the technology to shore up grid reliability and accomplish broader policy goals in which microgrids may play a role.
Utility resource planning is becoming more complex in the fast-changing energy landscape, prompting intense scrutiny from regulators. State measures are transforming the way utilities procure energy in light of continued growth in intermittent large-scale energy, customer-sited generation, demand response, energy efficiency, and clean energy commitments.
An unprecedented number of states are rushing to procure battery storage resources as the technology is seen as increasingly critical to balance supply and demand on power grids more saturated with intermittent supplies. Thanks to innovation and declining costs, battery technologies are increasingly presenting themselves in utility resource planning, interconnection procedures, renewable energy procurement, and utility pilots.
A growing number of states are redesigning policies and incentives for distributed generation as customer-sited installations spread amid falling costs. Regulators have initiated a number of actions this year, ranging from examining the value of distributed energy resources (DER) to overhauling interconnection rules, and equipping utilities with the planning structure required to accommodate new resources.
Carbon reduction is becoming ingrained in the planning strategies of utilities across the Northwest in response to state-level decarbonization policies and market changes. As coal plants are no longer cost-competitive, utilities are taking advantage of new technologies and favorable economics of natural gas and renewables.
California’s energy landscape is evolving rapidly driven by its ambitious clean energy and carbon reduction goals. Recent actions range from enhancing renewable integration to reforming carbon market rules, strengthening auto-emission standards, and revising energy efficiency policies.
New York has adopted sweeping measures to propel the state’s clean energy agenda, including adopting the nation’s most ambitious climate targets, awarding the largest offshore wind contract, and refining compensation rules to boost distributed solar.
Ameren, FirstEnergy, and Pepco are advancing sweeping plans to modernize the power grid. The programs, exceeding $7.5 billions in investments, mark the latest efforts by utilities to overhaul an aging, antiquated transmission and distribution system to make it more resilient, accommodate the growing penetration of renewable and distributed energy, and enhance customer-interaction.
Utilities across North America are investing billions of dollars to decarbonize their power fleets to comply with unprecedented greenhouse gas emission cuts and bold renewable energy targets. The pivot to cleaner and greener power sources is reflected in the integrated resource plans and RFPs that utilities file with state commissions. Keep on top of the…...
A growing number of states are exploring grid modernization to keep pace with fast-evolving technological advances and growing distributed generation. The smart grid concept ties together multiple initiatives ranging from solar-battery microgrids to vehicle-to-grid power flow management, and grid hardening to support reliability and resiliency. It may also include advanced meters, which are a pivotal…...
