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ESPC IMPLEMENTATION AT THE NATIONAL ANIMAL DISEASE CENTER

机译:ESPC在国家动物疾病中心的实施

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The facilities at the United States Department of Agriculture, Agricultural Research Service, National Animal Disease Center (NADC), located in Ames, Iowa, support a scientific staff of approximately 230 persons conducting research on animal diseases with economic importance to the US livestock industry. Annual energy consumption has been on the order of 520,000 Btu/sqft and annual energy expenditures exceed $1.5 million. The opportunities for energy and energy cost savings are significant and the Center is participating as an initial site for the DOE SuperESPC program. Preliminary ESCO proposals have identified more than $500,000 of annual cost savings, as well as improvements that will improve the comfort for building occupants and reliability of Center infrastructures. Anticipated ECMs include lighting, incinerator stack heat recovery, VAV retrofit and HVAC controls, air pump replacement, propane-air mixing stations, as well as back-up generation equipment, and a combustion turbine for co-generation. It is anticipated a delivery order will be issued for some or all of the proposed ECMs and implementation will begin during 1999. From the perspective of a facility manager and engineer with recent experience, the paper will reflect upon the processes of identifying potential ECMs, development of project goals, working with an ESCO and contracting specialists, evaluating technical proposals and ESCO proposed ECMs, consideration of M&V approaches, developing agency management support, and working with the ESCO during construction installation. Positive and negative aspects of the process will be reported in order to help prepare facility managers to implement successful ESPC projects at Federal facilities.
机译:位于爱荷华州艾姆斯市的美国农业部农业研究服务局国家动物疾病中心(NADC)的设施支持大约230人的科研人员从事对美国畜牧业具有重要经济意义的动物疾病研究。每年的能源消耗量约为520,000 Btu / sqft,每年的能源支出超过150万美元。能源和能源成本节省的机会是巨大的,该中心将作为美国能源部SuperESPC计划的初始地点参加。 ESCO的初步建议已确定每年可节省500,000美元以上的费用,并进行改进,以改善建筑使用者的舒适度和中心基础设施的可靠性。预期的ECM包括照明,焚化炉烟囱热回收,VAV改造和HVAC控制,气泵更换,丙烷-空气混合站以及备用发电设备以及用于热电联产的燃气轮机。预计将为部分或全部拟议的ECM签发交货单,并于1999年开始实施。从具有近期经验的设施经理和工程师的角度,本文将对确定潜在ECM的过程,开发进行反思。项目目标,与ESCO和承包商专家合作,评估技术建议和ESCO建议的ECM,考虑M&V方法,开发代理管理支持以及在建筑安装过程中与ESCO合作。将报告该过程的积极和消极方面,以帮助准备好设施管理员在联邦设施实施成功的ESPC项目。

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