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Yet Another Look at Demand-Side Bidding: Long Island Power Authority's 75-Megawatt Efficiency RFP

机译:另一个看着需求方竞标:长岛电力管理局的75兆瓦效率RFP

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Long Island Power Authority (LIPA) continues to experience significant growth in demand for electricity. While this is not news, LIPA's solution for procuring new supply is. LIPA is committed to cost-effective energy efficiency to minimize the need for additional generation and transmission resources. Though the supply needs ruled out energy efficiency as the only solution, LIPA was determined to make efficiency contribute to the solutions. In spring 2003, LIPA issued a Request for Proposals (RFP) seeking additional supply (SRFP) (Long Island Power Authority 2003). Soon after, a second RFP was issued seeking 75 megawatts from energy efficiency (Long Island Power Authority 2004). This paper explores the design and implementation of the Energy Efficiency RFP (EE RFP). The RFP required efficiency measures with both megawatt (MW) and megawatt-hour (MWh) savings. MW savings had to be realized from energy efficiency only, not load management or distributed generation. Respondents were asked to include a detailed discussion of how customers would be solicited, what measures would be installed and how savings would be verified. Extra consideration was given to proposals addressing load pockets, publicly-owned buildings, small commercial and industrial (C&I) customers and multifamily buildings. The paper addresses how bids submitted in response to the RFP scored on the requirements and issues. The paper also compares the costs, kW/kWh ratio, lifetimes of the energy efficiency RFP with the supply RFP, and prior experiences of demand-side bidding (DSM). Particular attention was paid to past efforts at demand-side bidding. LIPA strived to identify, and as often as possible, rectify the deficiencies of those efforts.
机译:长岛电力管理局(LIPA)继续对电力需求进行显着增长。虽然这不是新闻,LIPA的采购新供应的解决方案是。 LIPA致力于具有成本效益的能源效率,以最大限度地减少额外的发电资源的需求。虽然供应需求排除了作为唯一解决方案的能源效率,但是LiPA被确定为解决方案提供效率。 2003年春季,LIPA发布了寻求额外供应(SRFP)(长岛电力管理局2003)的提案(RFP)的请求。不久之后,发出了第二次RFP,从能效(长岛电力管理局2004)寻求75兆瓦。本文探讨了能效RFP(EE RFP)的设计和实现。 RFP需要兆瓦(MW)和Megawatt-Hours(MWH)节省的效率措施。 MW储蓄必须仅从能量效率实现,而不是负载管理或分布式发电。要求受访者包括详细讨论客户如何征求客户,将如何安装哪些措施以及如何核实如何核实。提出额外的考虑,提出解决装载口袋,公有化的建筑物,小型商业和工业(C&I)客户和多型建筑物。本文涉及回应RFP对要求和问题提交的投标。本文还将成本,KW / KWH比率,能源效率RFP的寿命与供应RFP进行了比较,以及需求方竞标的先前经验(DSM)。在需求方竞标时,特别注意过去的努力。 LIPA努力识别,尽可能经常纠正这些努力的缺陷。

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