White Papers

For electrification to fully deliver on its economic and environmental potential, we must speed up progress on clean energy deployment and swapping out millions of fossil-fuel-powered machines for electric ones.

This paper addresses the ways that we can deliver equitable electrification at scale.

In this white paper, Hitachi Energy explores the reasons behind the rapid growth of solar in the United States, the importance of optimizing energy management, regulation, and distribution, and how collaboration will play a central role in building a sustainable energy future for us all.

“Going to where the emissions are” is key to driving sustainability impact and meeting stakeholder expectations, producing tangible benefits for businesses.

This white paper from Trio lays out a framework for success, providing a strategic approach to help break down the challenges of supply chain engagement into manageable steps and practical initiatives that will drive impact.

Distributed Energy Resources (DERs) will play a larger role in a more dynamic energy market, and energy storage will continue to rise as a viable resource mix.
This paper discusses solutions and how Microsoft can help turn industry challenges into opportunities.

In the wind industry, we are just scratching the surface of what’s possible with generative AI. Industries where documentation plays a heavy role, large language models can help people quickly access and analyze information that would normally require considerable manual effort.

This white paper explores how, through a fusion of trading methodologies and insightful analytics, GridBeyond delivers enhanced risk/​reward profiles, and improves energy market participation.

While the increase in the volume of batteries being produced for electric vehicles (EVs) gets most of the headlines, front-of-the-meter grid-scale battery applications are multiplying and rising in importance as a main pillar of a decarbonized power sector.

This paper addresses the most salient issues to consider in developing best-in-class front-of-the-meter storage projects as battery costs continue to fall, applications evolve, and the need for energy storage systems rises.

As part of its broader work to support Connecticut’s greenhouse gas reduction and ZEV goals, the state’s Public Utilities Regulatory Authority (PURA) engaged RMI to develop a feasibility study for providing electrified mobility options to LMI residents. The goal of this study was to identify solutions that will share the benefits of transportation electrification with Connecticut’s LMI communities and to develop potential models of how these solutions could be designed, funded, and implemented.

With nearly 50 million students attending over 130,000 K-12 schools, the education sector has an important role to play in our country’s transition to clean energy. This report tracks and analyzes the progress of the movement and shares the success stories of schools that are leading the way.

According to the Net-Zero Steel Sector Transition Strategy from the Mission Possible Partnership (MPP), under the business-as-usual scenario (MPP BAU), by 2050 steel production alone will account for more than ~25% of the total carbon budget of a 1.5°C pathway.