TY - GEN
KW - Energy Markets and Policy Department
KW - Energy Analysis and Environmental Impacts Division
AU - Ryan H Wiser
AB - <p>Xcel's Renewable Development Fund (RDF) in Minnesota announced the results of its first solicitation in early 2002. With over $9 million to spend on "commercial" projects, the solicitation sought grant requests from a variety of renewable technologies. <strong>Innovative Features</strong> The outcome of this solicitation in terms of megawatt-hours of renewable energy actually delivered will remain unclear for some time. Nonetheless, several interesting features of the solicitation bear mention:</p><ul><li>the solicitation was open and relatively unstructured in an attempt to attract a wide variety of creative and effective project proposals;</li><li>the program administrator specifically gave weight to biomass proposals and innovative, smaller-scale wind applications that might otherwise not compete with larger-scale projects; the Fund developed an explicit method to compare the cost-effectiveness of proposals that were received; and</li><li>the Fund selected projects that were deemed to have a reasonable chance of obtaining a long-term power purchase agreement from the local utility to improve chances for project completion.</li></ul><p><strong>Results</strong></p><ul><li>The RDF received 28 proposals for commercial projects. The Board ultimately selected 8 projects – three biomass, one hydro, two solar, and two wind. If these projects come to fruition, the total funding of $9.8 million could result in 12 MW of new renewables capacity.</li><li>This is a reasonably high level of funding per MW installed. But it must also be remembered that RDF focused on smaller-scale, innovative projects to ensure a large number of winning bidders and a mix of renewable technologies. The program, for example, has funded several biomass digestion projects, a school-based wind project, and a "cooperative" wind project.</li></ul>
BT - Case Studies of State Support for Renewable Energy
CY - Berkeley
DA - 09/2002
N2 - <p>Xcel's Renewable Development Fund (RDF) in Minnesota announced the results of its first solicitation in early 2002. With over $9 million to spend on "commercial" projects, the solicitation sought grant requests from a variety of renewable technologies. <strong>Innovative Features</strong> The outcome of this solicitation in terms of megawatt-hours of renewable energy actually delivered will remain unclear for some time. Nonetheless, several interesting features of the solicitation bear mention:</p><ul><li>the solicitation was open and relatively unstructured in an attempt to attract a wide variety of creative and effective project proposals;</li><li>the program administrator specifically gave weight to biomass proposals and innovative, smaller-scale wind applications that might otherwise not compete with larger-scale projects; the Fund developed an explicit method to compare the cost-effectiveness of proposals that were received; and</li><li>the Fund selected projects that were deemed to have a reasonable chance of obtaining a long-term power purchase agreement from the local utility to improve chances for project completion.</li></ul><p><strong>Results</strong></p><ul><li>The RDF received 28 proposals for commercial projects. The Board ultimately selected 8 projects – three biomass, one hydro, two solar, and two wind. If these projects come to fruition, the total funding of $9.8 million could result in 12 MW of new renewables capacity.</li><li>This is a reasonably high level of funding per MW installed. But it must also be remembered that RDF focused on smaller-scale, innovative projects to ensure a large number of winning bidders and a mix of renewable technologies. The program, for example, has funded several biomass digestion projects, a school-based wind project, and a "cooperative" wind project.</li></ul>
PB - LBNL
PP - Berkeley
PY - 2002
EP - 6
T2 - Case Studies of State Support for Renewable Energy
TI - An Open-Ended Renewables RFP in Minnesota Funds Biomass and Innovative Wind Applications
ER -