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The DE program looks at data collection, modeling, evaluation, markets, and policy analysis for its cross cutting plans. The program focuses on one region of the U.S. and then transfers the lessons learned to other regions. The following are examples of some of the priorities underway in these areas:
- DE will complete technology characterizations for microturbines, reciprocating engines, and advanced industrial turbines, grid technologies, thermally activated technologies, power electronics, and communications/control technologies. These characterizations provide information on costs, efficiency, emissions, reliability, and durability
of certain distributed energy devices. Data will be also be collected on state based environmental rules,
interconnection, and rate structures.
- DE will complete an analysis of the "business case" for distributed energy in at least two communities, one in a relatively low cost area, the second in a relatively high cost area. Existing models do not capture distributed technologies or competitive markets, nor do they provide adequate analysis of the impacts on customers and utilities. Scenarios of market, technology, and regulatory conditions will be developed. We will also work to develop a better understanding
of the utility business models to determine how DE can support utilities (voltage, frequency, capacity, etc).
- DE will conduct market analyses to gain a better understanding of what drives decision makers in key market segments (health care, merchant, high tech, light industrial sectors) to choose or not choose DE, including regulatory factors, operating conditions and less tangible issues like convenience, control, safety, and time.
- DE will document R&D successes and conduct a gap analysis of the entire portfolio to identify areas where technology development is needed and for which there is little or no current effort. ( I.e. hydrogen research and other fuels, small engines (sterling), hybrids, power electronics, and distribution support).
- Strategic Plan for Distributed Energy Resources — Office of Energy Efficiency and Renewable Energy, U.S. Department of Energy, September 2000. (PDF 666 KB) Download Acrobat Reader.
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