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Environmental Sciences

James Madison University

Distributed generation

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A Path To A Renewable Energy System: A Financing And Regulatory Model, Edward Patrick Kelly May 2013

A Path To A Renewable Energy System: A Financing And Regulatory Model, Edward Patrick Kelly

Masters Theses, 2010-2019

As the effects of climate change become more and more evident, the necessity of transitioning to a carbon-free economy and powering our energy and transportation systems from renewables energy sources is quite evident. This transition to a renewable- based energy system will be a massive undertaking, similar to the efforts put into WWII, where the country was united with unity of purpose. Taking on the vested interests of the fossil fuel industry and all their subsidiaries will take a political will that does not exist in this country at this time. Hermann Scheer describes what he calls a social movement; …


A Business Case For Electric Power Distributors Using Simulation: Investigating The Combined Use Of The Strategies Of Feed-In-Tariffs, Distributed Generation, Time Of Use Rates, And Efficiency, Brooks E. Taylor May 2012

A Business Case For Electric Power Distributors Using Simulation: Investigating The Combined Use Of The Strategies Of Feed-In-Tariffs, Distributed Generation, Time Of Use Rates, And Efficiency, Brooks E. Taylor

Masters Theses, 2010-2019

Numerous references found in the academic and trade literature discuss the availability and applicability of certain technologies and policies to allow the U.S. electrical grid to address the future challenges of continued growth and aging infrastructure. However, the existing utility companies seem reluctant to adopt these new measures. This thesis will describe some of these strategies and develop a model using Stella system dynamics software that will explore the potential financial impact to the utilities from using these strategies in combination. The four strategies to be investigated are feed in tariffs, time of use rates, distributed generation, and demand-side energy …