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<br /> <br />7 <br />The development includes a variety of residential options, such as multi-family residential, single-family <br />residential, townhomes, and senior housing, as well as commercial, retail, big-box retail, and light industrial <br />spaces. The buildout of the development is planned to occur over four years, with the conceptual phasing <br />taking place between 2027 and 2030. <br /> 2027 2028 2029 2030 Total <br />Town Center GSF 495,750 531,000 635,000 914,450 2,576,200 <br />Hill Neighborhood GSF 358,977 552,401 0 0 911,378 <br />Creek Neighborhood GSF 0 0 0 384,508 384,508 <br />SW Neighborhood GSF 693,450 5,000 0 0 698,450 <br />Outlot A GSF 425,940 0 0 0 425,940 <br />Total GSF 1,974,117 1,088,401 635,000 1,298,958 4,996,476 <br />Table 1. Conceptual development building gross square feet (GSF) by year. <br />3. Building Strategies and Energy Use <br />While all new buildings at RCC are required by law to meet Minnesota’s Energy Code, there is potential for <br />beyond-code building design measures that can significantly reduce energy use, energy costs, and GHG <br />emissions. This analysis compares the community’s energy use under a code baseline scenario versus a <br />high-performance building scenario. <br />3.1 Baseline Buildings <br />Baseline building energy use was estimated for each building type and size using IES VE energy modeling <br />software. Buildings are assumed to: <br />• Meet ASHRAE 90.1-2019, which is the basis for Minnesota’s current commercial energy code 1 <br />• Use a combination of electricity and utility gas <br />• Use typical HVAC systems, such as packaged terminal air conditioners for residential buildings and <br />variable air volume systems for commercial buildings <br /> <br /> <br />1 Although Minnesota’s residential and commercial energy codes will become incrementally more stringent over the next <br />decade (M.S. 326B.106), this is not expected to have a major impact on the near-term construction at Rice Creek <br />Commons and was not incorporated into the energy models.