The Department of Energy (DOE) has invested over $50 million to support 15 projects focused on materials extraction and engineering to support government initiatives aimed at mitigating supply risks in critical manufacturing
MoreThe Department of Energy (DOE) has awarded $123.6 million in funds to 46 projects to help advance technology innovation in support of domestic manufacturing efforts. The department’s office of energy efficiency and renewable
MoreThe Department of Energy (DOE) has earmarked $65 million in funds to extend its network of grid-interactive and efficient building communities in the U.S. The department noted the effort may increase the
MoreThe Department of Energy has indicated an intent to award $4.5M in total funds to train professionals who support the integration of distributed energy resources into community resiliency planning and emergency response efforts.
MoreThe Department of Energy has awarded $74M in funds to support efforts that will potentially augment energy performance rates in U.S. infrastructure and the electric grid.
MoreThe Department of Energy is investing $3.6M in projects that tackle energy-focused high-performance computing. The projects will work to address mobility, materials and manufacturing challenges under the High-Performance Computing for Energy Innovation or HPC4EI program,
MoreThe Department of Energy is investing $26.1M in to develop marine and hydrokinetics technologies that would help the country continue leveraging hydropower. Officials said Monday that the department's water power technologies office will
MoreThe Department of Energy established a facility at the Argonne National Laboratory to reuse cobalt and lithium materials from discarded lithium-ion battery products. DOE said Friday that it opened the Battery Recycling Center hoping to
MoreThe Department of Energy has announced a request for information seeking input to lessen regulatory barriers on hydrogen infrastructure development. The DOE said Wednesday it intends to determine research and development areas vital to decreasing
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