Energetics has completed strategic plans for electric vehicle (EV) charging station deployments with regions, counties, and cities. Our technical experts:

• Analyze EV inventory, charging stations, and markets to determine charging requirements

• Identify charging infrastructure gaps and propose deployments in key locations to establish a comprehensive charging network

• Determine potential implementation barriers

• Leverage findings to secure interest and funding

• The roadmap presents four concrete research and development projects to develop next-generation pulping solutions.
• This document is a key resource for the U.S. pulp and paper industry to develop cost-effective technical solutions to significantly reduce energy use and improve resource efficiency of chemical pulping.

• The roadmap is a key resource for public and private decision makers as they evaluate and pursue R&D projects in next-generation energy-efficient windows and building envelope technologies.
• The document describes the technology areas that the U.S. Department of Energy considers to be the most impactful.
• Cost and performance targets are identified for each key R&D area, as are the potential energy savings and technology return on investment if these cost and performance targets are met.
• The roadmap details market challenges, strategies for reducing soft costs, and market drivers that may be able to facilitate rapid technology adoption.

• Energetics worked with the U.S. Department of Energy’s Vehicle Technologies Office to hold an information-gathering workshop and develop a technical report to address a special Congressional reporting requirement on dual fuel and alternative fuel technologies for heavy trucks. 

•  Orchestration of meeting logistics for four regional workshops held across the nation and a national summit to develop an industry-driven vision of the electric grid in 2030.
• Technical writing and editing support for reports synthesizing the output following each workshop, as well as a final report highlighting recommendations and actions for transitioning to the future grid.

• Energetics’ professional facilitators helped multi-disciplinary groups identify, organize, and prioritize their ideas to leverage resources for research and expedite progress in realizing the broad social and economic benefits of metal-based 3D printing.

• Provided assessment of the potential impacts of climate change on the U.S. energy sector and opportunities to enhance the preparedness and resilience of the energy system.