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Designing Perpetual Sustainability Improvement Programs for Built Infrastructures

机译:为建立基础设施设计永久可持续性改进计划

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The impacts on energy generation and use on sustainability, increasing energy demand, and declining natural resources have made energy improvements a top priority for many organizations. But adequate financing for sustainability improvement projects for built infrastructures is not available. The Paid-From-Savings approach can leverage savings to pay for energy improvements. Although well established and adopted by many organizations, an incomplete understanding of the dynamics of these revolving fund programs hinders their effective and efficient use. In the current work the Harvard Green Campus Initiative and a Texas A&M University sustainability improvement programs were used to develop a dynamic model of a revolving sustainability fund. The validated model is used to test the effectiveness of three project planning strategies and two financing alternatives. Results indicate that with adequate funding it was most advantageous to proceed with all projects as quickly as possible and that with insufficient initial funding the best strategy depended upon the program objectives (e.g. earliest completion, largest fund, minimum negative fund balance). Contributions to sustainability and system dynamics modeling and future research opportunities are discussed.
机译:对可持续发展的影响,增加能源需求和自然资源下降的影响使得能量改善了许多组织的首要任务。但是,对于建立基础设施的可持续发展项目的充分融资不可用。付费额从储蓄方法可以节省储蓄支付能源改进。虽然许多组织建立和采用了很好,但对这些循环基金计划的动态的不完全理解阻碍了其有效和有效的使用。在目前的工作中,哈佛绿校区倡议和德克萨斯州A&M大学可持续发展改进计划用于开发循环可持续性基金的动态模型。经过验证的模型用于测试三个项目规划战略的有效性和两个融资替代品。结果表明,充分资金,最有利的是尽可能快地与所有项目进行,并且初始资金不足以最佳策略依赖于方案目标(例如,最早完成,最大基金,最低负基金余额)。讨论了对可持续性和系统动力学建模和未来研究机会的贡献。

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