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The effort to reach net-zero greenhouse gas emissions will drive significant changes to the U.S. energy system, including unprecedented growth in clean electricity generation. This rapid expansion, if not thoughtfully planned, will negatively impact natural habitats, wildlife, agricultural lands, and local communities. The Nature Conservancy's Power of
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Final results for the Net Zero Australia Project have now been released. The study models pathways to decarbonize the energy, industrial, and transport sectors in Australia while enhancing the natural land sink, and assess the contribution that Australian exports can make to global decarbonization. The analysis methods followed those developed
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Portland General Electric (PGE) recently filed its combined Clean Energy Plan (CEP) and Integrated Resource Plan (IRP). To support this effort, PGE retained EER to undertake an independent analysis evaluating pathways to achieve Oregon's keynote environmental policies limiting greenhouse gas (GHG) emissions: (1) HB 2021, which establishes emissions
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With last summer's passage of the Inflation Reduction Act (IRA), the United States took the first real steps at the national level on a pathway to net zero. EER's experience modeling anticipated policy impacts of the legislation (REPEAT Project) as well as our experience modeling deep
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Particularly since the passage of IRA, we've received many questions about the appropriate applications for hydrogen to contribute to decarbonization. Opinions vary widely, with some touting the promise of a 'hydrogen economy' using hydrogen as the principle means of storing, delivering, and consuming energy and others
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Last month California released the final 2022 Scoping Plan that lays out a path to achieve carbon neutrality by 2045. It is an impressive achievement that describes, in a single document, multiple dimensions of California’s path to net-zero greenhouse gas emissions, based on several different modes of analysis and
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The Achieving 100% Clean Energy in Wisconsin Report, produced by Evolved Energy Research (EER), GridLab, RENEW Wisconsin, and Clean Wisconsin, identifies strategies to rapidly draw down carbon emissions over the next three decades. The study uses EER’s analytical toolkit to demonstrate viable pathways for Wisconsin targeting clean electricity and
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Evolved Energy Research (EER) modeled the impacts of land-use restrictions on economy-wide decarbonization pathways in eleven Western States to gain insights into questions around siting renewable energy projects while protecting sensitive Natural and Working Lands (NWL). These modeling results, together with geospatial analysis conducted by UC Santa Barbara and Montara
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This report inaugurates a series of annual updates that aim to move pathways analysis in the U.S. beyond isolated proofs-of-concept towards becoming a practical implementation tool for addressing next-stage challenges in energy and climate change mitigation. These are detailed technical blueprints for the transition to a net-zero economy, including
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Evolved Energy Research (EER), in collaboration with the ZERO Lab at Princeton University, modeled the impact of the Inflation Reduction Act of 2022 (IRA) recently passed by the US Senate. EER’s work, as part of the Rapid Energy Policy Evaluation and Analysis Toolkit (REPEAT), has provided timely, independent assessments
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The U.S. and international research community consistently find that energy efficiency, clean electricity and electrification are essential and urgent “pillars” of reducing greenhouse gas (GHG) emissions. However, additional mitigation strategies are required to bridge the gap to net-zero GHG emissions by mid-century. In March 2022, EER published Carbon Management
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Last month, the Massachusetts Executive Office of Energy and Environmental Affairs released the state’s Energy and Climate Plan for 2025 and 2030 (2025/2030 CECP). The CECP establishes sector-specific emissions targets for Massachusetts in 2025 and 2030, which will reduce statewide GHG emissions by 33% in 2025 and 50%