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11-24-14-R
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11-24-14-R
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TCAAP Energy Integration Resiliency Framework <br />Policy White Paper – Unique Opportunities for the TCAAP Site <br /> 14 <br />area to increase system efficiency. District heating and cooling also allows the aggregation of thermal <br />loads that can be used with CHP plants or distributed renewable generation for far greater system <br />efficiencies than stand-alone heating systems in each building. District heating and cooling networks <br />are versatile infrastructure systems that can be integrated with various technologies such as thermal <br />energy storage and on-site power generation for CHP, as well as future energy sources as they become <br />available. The use of this infrastructure is growing globally and is currently in place in large and small <br />communities across the United States, including more than 24 systems in the Twin Cities metro area. <br />3.1.4. Low-Temperature Water Loop <br />Distinct from district heating and cooling loops, certain less-dense areas of TCAAP may benefit from <br />the utilization of low-grade energy to meet their heating and cooling needs. For example, in the <br />residential areas of the Hill and Creek, the homes could leverage energy from the existing treated <br />ground water or geothermal wells and utilize ground or water-source heat pumps to heat and cool <br />their homes. To do this, a core water loop would need to be installed in the residential areas prior to <br />development. To keep the costs of this infrastructure as low as possible, installation could be <br />coordinated with street construction for the area. <br />3.1.5. Direct Fiber Broadband <br />Over the next 50 years, a reliable, state-of-the-art communications infrastructure that supports an <br />intelligent grid will be a backbone of the energy supply system. This infrastructure would also allow for <br />“smart” advanced metering, communications, and controls, which will provide end users with greater <br />information and control over their energy usage. Use of such advanced communication infrastructure <br />will allow individual technologies and buildings to improve performance as a result of real-time <br />conditions, and also allow future energy consumers to be more engaged and responsive. Many energy <br />efficiency innovations rely on the opportunities to connect customers, equipment, utilities, and supply <br />technologies across an advanced communication infrastructure. As an added benefit, a municipally- <br />owned system could provide an additional revenue source for the owner. An advanced <br />communications infrastructure would also offer piloting and demonstration opportunities for the <br />growing field of intelligent energy technologies. A reliable and advanced communications <br />infrastructure has co-benefits for attracting businesses that rely on access to high-speed internet and <br />communications technologies. This infrastructure should be deployed as part of the street utilities, <br />once again to lower the initial cost of installation. <br />3.2. AHATS Partnership on Energy Supply Alternatives <br />The AHATS site has developed a master plan for the buildings on its site that includes the goal of net- <br />zero energy, water, and waste, and are currently working on implementation plans to achieve this goal.
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