
ENERGY & TECHNOLOGY TRANSITIONS
Spanning Electricity, Critical Minerals, and Carbon Capture. To meet the unprecedented demand from AI-powered data centers, as well as continued growth of renewable resources and electric vehicles, the United States will need to build out our energy system. We are working with partners on addressing the system demands for supply chains and the implications to markets, jobs, national security, and the environment.
2025
PATH TO NET-ZERO CARBON EMISSIONS FOR THE TRANSPORTATION SECTOR IN KENYA

The report puts forward a variety of recommendations including demand aggregation strategies, bulk ordering strategies, strategic partnerships, smart charging & TOU tariffs, and potential outright bans on the registration of ICE vehicles supported by case studies in Rwanda, India, and Vietnam
2024
THE EMERGING HIGHWAY AND ROADS REVENUE GAP

As the U.S. and other nations shift from fossil fuel vehicles to zero-emission electric vehicles, states must develop new transportation funding strategies to replace declining fuel tax revenues and avoid severe economic, environmental, and infrastructure consequences.
U.S. ELECTRICITY TRANSITIONS:
Emerging Threats & Opportunities for the Resiliency & Reliability of the U.S. Grid

Across the U.S., rapid policy shifts, technological advances, and climate change are straining the reliability and resilience of the aging power grid, which faces growing electricity demand and rapid expansion of battery storage capacity—challenges that must be addressed to protect communities, the economy, and national security.
2022
THE EV TRANSITION:
Implications for the US gas station & convenience store industy

This report will explore elements of the transition such as legacy industry statistics and trends, environmental threats such as CO2 emissions and leaking underground storage tanks (USTs), EV charging business models and related policy needs.
CRITICAL MINERALS & THE ELECTRIC VEHICLE TRANSITION

The production of lithium-ion batteries relies on five critical minerals—lithium, cobalt, manganese, nickel, and graphite—whose limited supply chains, concentrated production, and environmental and social impacts pose major challenges to a sustainable and equitable EV transition.
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