Smart Grid
More states and utilities are exploring microgrids as part of their resiliency strategies driven by the growing demand to bolster the reliability of the power system in the face of extreme weather events, such as storms and wildfires.
Virginia has become the first state in the South to begin a clean energy transition with the passage of a sweeping energy bill that sets the state on the path to carbon-free power by 2050. The law replaces the voluntary renewable energy portfolio program with a mandatory standard, and paves the way for an enormous expansion of wind and solar power, energy storage, and energy efficiency.
Utility regulators are expanding resource planning requirements as a growing number of utilities are proposing early closure of coal plants, in addition to investing more in solar, wind and battery storage. Long-term resource plans are evolving to consider a host of emerging issues ranging from equity assessments and avoided costs, to reflecting the cost of carbon, as utilities seek to balance flexibility and reliability.
Electric utilities and regulators across the U.S are increasingly considering time-varying rates as a means to reduce peak energy demand, utilize smart meter investments, and balance the grid amid the proliferation of distributed energy resources, including electric vehicles. Rate design that works in concert with the innovations in clean energy technology is critical to modernize the distribution grid.
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…...
New Jersey is making strides to accelerate the transition to a clean energy economy. Among recent actions, the state released a comprehensive plan for economy-wide decarbonization, enacted a law to boost electric vehicle use targeting 2 million EVs on the road by 2035, and doubled the offshore wind power goal to 7.5 gigawatts by 2035.
Climate change and clean energy are figuring more prominently in Pennsylvania, which has been historically associated with coal and nuclear until the shale gas boom. Over the past year, Pennsylvania set the first statewide climate goals, committed to join the regional carbon market, funded solar projects, established alternative ratemaking, and unveiled a roadmap to boost electric vehicle adoption.
More states are venturing into grid transformation initiatives that enable customer-focused and innovative solutions to support clean energy commitments. The electricity system is undergoing a significant transition powered by technological innovation, increased use of distributed energy resources (DER), and changing customer preferences. These factors are driving the changes needed to make the grid more efficient, flexible, resilient, and renewable.
State measures are transforming the way utilities procure energy in light of continued growth in intermittent large-scale energy, customer-sited generation, and clean energy commitments. Competition among U.S. states eager to take the lead in the nation’s nascent offshore wind sector is bringing the industry to new highs. Battery storage is poised for strong growth with 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.