Transmission planning across the U.S. is adapting to meet rising energy demands, necessitating coordinated efforts to strengthen and expand infrastructure. Beyond supporting renewable integration and enhancing resilience, transmission expansion is becoming critical for new electrification demands, increased manufacturing activity, and large data center loads.
Co-locating energy-intensive data centers with power generation facilities is viewed as a strategic solution to access large sources of electricity without lengthy interconnection processes or extensive grid upgrades. Recently, technology firms have turned to nuclear power for…Read the full report…...
Co-locating energy-intensive data centers with power generation facilities is viewed as a strategic solution to access large sources of electricity without lengthy interconnection processes or extensive grid
upgrades. Recently, technology firms have turned to nuclear power for its steady, carbon-free output to directly power these high-demand facilities. However, the co-location trend has raised concerns over grid reliability and potential cost impacts.
The buildout of the nascent clean hydrogen industry hinges on regulations to implement the clean hydrogen production tax credit considered critical for projects to advance, alongside progress on regional clean hydrogen hubs that will serve as…Read the full report…...
The buildout of the nascent clean hydrogen industry hinges on regulations to implement the clean hydrogen production tax credit considered critical for projects to advance, alongside progress on regional clean hydrogen hubs that will serve as the foundation for a national hydrogen network.
The push to expand energy storage capacity reflects the drive for more resilient and flexible energy systems to support the shift to clean energy. The U.S. Energy Information Administration (EIA) anticipates significant growth in…Read the full report …...
The push to expand energy storage capacity reflects the drive for more resilient and flexible energy systems to support the shift to clean energy. The U.S. Energy Information Administration (EIA) anticipates significant growth in energy storage with nearly 36 gigawatts (GW) added by the end of 2028 based on plans reported by utilities. At the end of 2023, U.S. electric utilities reported operating about 15.8 GW of battery storage capacity.
There is a growing focus on reducing the contributions of buildings to greenhouse gas emissions in order to accelerate progress toward a net-zero carbon future. Buildings account for about… Read the full report …...
There is a growing focus on reducing the contributions of buildings to greenhouse gas emissions in order to accelerate progress toward a net-zero carbon future. Buildings account for about 40 percent of total energy use in the U.S. and 35 percent of the nation's carbon emissions, according to the U.S. Department of Energy (DOE).
Amid ongoing improvements to interconnection processes across the U.S., current queue backlogs and the rapid increase in…Read the full report …...
Amid ongoing improvements to interconnection processes across the U.S., current queue backlogs and the rapid increase in new resources seeking to connect to the grid are driving innovative solutions.
The rapid surge in power demand from data centers has prompted calls for additional capacity to maintain grid reliability. Unlike “electrify everything” initiatives, such as…Read the full report …...
