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Compare And Contrast Duke Energy Microgrid

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The success of this system has led to future projects including a project in Mount Sterling that will use a microgrid to provide twenty-four hour a day service to a communications tower. This microgrid will be not only more reliable and less costly because of the elimination of traditional power poles and wires; it will also allow thirteen acres to return to its natural state. This is due to the fact that the land is currently used as a utility corridor, but after the project it will no longer be needed. Furthermore, in Maryland Duke Energy has plans to construct two microgrids that will be used for public safety facilities. The two systems will include solar and combined heat and power, which saves energy by using waste heat from on-site generation …show more content…

By 2030, Duke Energy estimates that 36% of its electricity will be generated using natural gas and 9% will be generated using hydro, wind, and solar energy. By retiring older coal units carbon dioxide emissions will be reduced by 40%. Duke Energy will also invest in renewable assets. One-way Duke Energy plans to become more energy efficient is by expanding the natural gas infrastructure to meet the needs of customers. Duke Energy is moving to a more customer-based atmosphere that will benefit families, workers, and the consumers (2016 Sustainability Report).
In January of 2018, Duke Energy filed two renewable energy programs with the North Carolina Utilities Commission in order to expand renewable energy options for its 3.2 million customers in the state of North Carolina. This is part of a larger portfolio with the N.C. Shared Solar and Green Source Advantage programs. Together they are striving to provide more renewable options for the customers. This will allow customers to pursue solar energy based of a $62 million solar rebate program that was initiated in

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