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Our Resources <br /> Our Plans for the Future <br /> MMPA's members' electric demands are growing. This, combined with <br /> Elk River beginning to buy power from MMPA in 2018, creates the need <br /> for the Agency to plan for additional generating facilities in the next <br /> few years. MMPA's plan is to add efficient resources to the Agency's <br /> generating portfolio that help MMPA manage risks related to energy <br /> pricing, transmission, and environmental regulation. <br /> Distributed Generation Hometown Solar <br /> The Minnesota Public Utilities Commission The Agency completed a 15kW solar installation <br /> approved MMPA's 2013 Integrated Resource at Faribault Energy Park, and is planning to <br /> Plan (IRP) in January 2015. In the IRP, the build small scale solar facilities in member <br /> Agency outlined its plan to use Agency-owned communities. This program will demonstrate <br /> distributed generation connected with our solar technology in our member communities <br /> members' distribution systems to meet MMPA's as well as help support the Agency's Energy <br /> near-term capacity needs. Education Program. <br /> By interconnecting locally rather than to the Solar <br /> high voltage transmission system, the Agency The Agency is investigating a larger-scale solar <br /> can avoid transmission interconnection facility, either through direct ownership or via <br /> uncertainties, while simultaneously increasing a power purchase agreement, to enhance <br /> the reliability of our member communities' and further diversify the Agency's renewable <br /> electric systems. resource portfolio. The facility would be <br /> The distributed generation facilities would located in a member community. <br /> consist of natural gas-fired reciprocating <br /> engines. In addition, MMPA intends to include <br /> some solar power at each of its distributed <br /> generation facilities. Anoka, Chaska, and <br /> Shakopee are being evaluated as the first <br /> group of MMPA member communities to <br /> potentially host distributed generation plants <br /> because of their load size. <br /> 2014 MMPA Annual Report 17 <br />