Envisioning a clear pathway towards meeting long term greenhouse gas (GHG) reduction targets of 80% by 2050 has been a difficult and elusive task.  Yet, an exciting convergence of technology advances and success in reducing carbon emissions from electricity generation points towards viable solutions that can be implemented now to be on the right path.  It may seem counterintuitive, but the key is to rely more on decarbonized electricity to power transportation and buildings. Consider this hypothetical: if all gasoline powered cars on the road and all buildings heating with fossil fuels immediately switched to modern electric technologies like electric vehicles and high efficiency cold weather heat pumps, GHG emissions from these sources in the Northeast would be cut in half.  With further efforts to transition electricity generation to renewable resources, emissions would continue to fall.  Dramatic changes to our power grid, more decentralized and community energy approaches and redoubled efforts to maximize energy efficiency are needed to make this vision real.

  • Joint Letter to Connecticut’s Public Utilities Regulatory Authority Regarding Docket 17-01-12

    Seventeen organizations signed a letter to encourage the Connecticut Public Utilities Regulatory Authority to develop a generic formula for the residential fixed charge that remains consistent with the outcome of the recent United Illuminating electric rate case---in which the residential fixed charge was cut by 45%---and that also does not deviate from the limited scope of eligible costs defined in Connecticut’s 2015 residential fixed charge statute. The letter outlines how lowering fixed charges will benefit a majority of residential customers, particularly low-income and low-usage customers.

  • Initial Comments on Scope of Millstone Study in Response to Executive Order No. 59

    Connecticut’s Department of Energy and Environmental Protection and Public Utilities Regulatory Authority requested comments on the scope of their study of the Millstone Power Station. Acadia Center advocates that the study should develop a robust and transparent modeling approach that includes a base case representative of current trends and procurements, as well as sensitivities to different penetration levels of various demand-side technologies, clean energy resources, and commitments under the Regional Greenhouse Gas Initiative.

  • Distributed Solar in Connecticut’s Draft Comprehensive Energy Strategy

    Reforms proposed in Connecticut's 2017 draft Comprehensive Energy Strategy appear to raise significant new challenges to distributed solar deployment. Distributed solar must play a key role in reducing the state's greenhouse gas emissions, and these proposed changes put its climate mitigation role at real risk. In this report, Acadia Center raises four high priority concerns that the state must resolve through revisions to the strategy.

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