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首页> 外文会议>IEEE Photovoltaic Specialists Conference >Feasibility Analysis Using Load Profile Modeling Scenarios of Achieving Peak Shaving Using Grid-Tied PV for a Small Utility in Boone, North Carolina
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Feasibility Analysis Using Load Profile Modeling Scenarios of Achieving Peak Shaving Using Grid-Tied PV for a Small Utility in Boone, North Carolina

机译：利用北卡罗来纳州北卡罗来纳州北卡罗来纳州的小实用程序实现峰值剃料峰值剃须的可行性分析

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摘要

Peak demand energy costs are vastly greater than non-peak energy costs, which create unique opportunities for utility-owned, localized renewable energy development. A small, mountain utility's energy supply contract terms have considerable impact on peak demand-related expenses, with annual savings exceeding 40% expected in an upcoming contract transition. Furthermore, utility-scale electrical peak shaving through grid-tied PV systems represent a valuable source of financial savings without necessitating costly energy storage mechanisms. Savings reaped from avoided cost premiums can, in turn, be invested in continued renewable energy development.
机译：峰值需求能源成本远远大于非高峰能源成本，为公用事业拥有，本地化可再生能源发展创造了独特的机会。小型山区公用事业的能源合同术语对高峰需求相关开支产生了相当大的影响，每年节省超过40％，即即将到来的合同过渡预期。此外，通过电网绑定的PV系统刮削电力级电峰值刮削代表了有价值的金融源，而无需昂贵的储能机制。避免成本溢价中收获的储蓄又可以投入持续可再生能源发展。

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