Ongoing state initiatives to transition to a low-carbon future and new actions from the federal level are impacting natural gas utilities’ long-term planning strategies. The challenge for utilities is to adapt to the changing policy landscape, evolving in ways that contribute to decarbonization.
The prospects of the U.S. offshore wind industry are brightening as East Coast states and the Biden administration step up efforts to harness the potential of carbon-free electricity. The administration has established a goal to deploy 30 GW of offshore wind in the U.S. by 2030. To facilitate the achievement of the goal publicized on March 29, the administration announced several investment and funding opportunities. These include access to $3 billion in funding for offshore wind projects through the Department of Energy’s Innovative Energy Loan Guarantee Program and $230 million in funding opportunity for port authorities and other applicants for infrastructure-related projects through the Department of Transportation’s Maritime Administration.
The Biden administration has announced a series of initiatives to advance the U.S. offshore wind industry, including committing to a goal of deploying 30 gigawatts of capacity by 2030. Achieving the 2030 target is expected to lead up to the installation of 110 gigawatts of capacity by 2050. The 2030 goal, a shared commitment by…...
The Ohio legislature on March 25 passed a bill to repeal the provisions of a 2019 law that provided FirstEnergy Solutions Corp., which is now known as Energy Harbor Corp., with annual subsidies of nearly $150 million over seven years to keep its ailing nuclear plants operating. Ohio Governor Mike DeWine, a Republican, is expected…...
Recent progress towards commercializing small modular reactors (SMRs) has sparked interest in the role of advanced nuclear technologies to accomplish decarbonization goals. Twenty states and jurisdictions across the U.S. now have 100 percent clean energy mandates or goals, implying the need for a portfolio of every available carbon-free technology that can be deployed on a timeline compatible with their targets.
As the Biden administration takes action to address climate change through federal policies including rejoining the Paris Agreement and increasing the social cost of carbon, states continue to strengthen existing carbon pricing programs and advance new initiatives. State-level activity on emission-trading programs and carbon pricing is expected to remain on the rise as more jurisdictions embrace policy goals to transition to a lower-carbon power system and economy.
Energy storage initiatives are moving forward at a swift pace to complement clean energy policies as batteries can facilitate the integration of diverse generation technologies and address grid stability. With improving economics, there is a growing discussion on the role of energy storage as a grid asset to foster reliability and optimize renewables to meet ambitious clean energy goals.
Several states are rethinking the resource adequacy paradigm as the electric resource mix changes through the addition of more intermittent resources to replace retiring coal-fired capacity and meet state decarbonization goals. Resource adequacy initiatives are intended to ensure that the planned resource mix is sufficient to meet the future system capacity needs and maintain grid reliability.
Distribution system planning is occurring across various states as utilities and regulators assess the growing need for grid integration of distributed energy resources (DER) and investments that have long-term implications for the power system.
Renewable energy received a boost with the enactment of the federal spending bill and COVID-19 relief package on Dec. 27, which includes tax extenders and about $35 billion in spending authorizations to support energy research and development programs. The legislation includes a two-year extension of the Investment Tax Credit for solar generation, a one-year extension…...
Amid commitments to procure more than 29 gigawatts (GW) of offshore wind capacity by 2035, U.S. states are exploring measures for transmission planning, interconnection reforms, supply chain development, and components production.
Amid gigawatt-scale goals for energy storage, U.S. state policies are evolving to create more opportunities for the technology. Storage is poised to play an integral role in the changing resource mix as more states pursue zero-carbon goals, driving the need for innovative policy initiatives and programs that optimize renewable energy sources and enhance grid reliability.