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Zero net energy institutional building.

机译:零净能源机构建设。

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摘要

With the current rapid depletion of non-renewable resources to generate power, energy conservation and on site generation have become the most critical aspects of the equation. Buildings should be so designed or retrofitted in order to generate its own electricity and cater to its own demand.;This thesis looks as the ways in which we can do a post occupancy analysis of an existing institutional building of about 95,000 square feet that was built in 1960's in order to reduce usage and approach a Zero Net Energy goal. This case study building is Von Kleinsmid Centre (VKC) which is located at the heart of USC (University of Southern California). It is challenging to retrofit an existing institutional building because of its complexity and make it achieve a 'Zero Net Energy' goal.;All the roadblocks, real life delays, software limitations that had to be overcome to achieve this result are explained in this thesis. The Zero Net Energy goal was achieved by calibrating energy model to the utility data of the building, providing various energy efficiency measures and generating on-site electricity.
机译:随着当前不可再生资源的迅速消耗来发电,节能和现场发电已成为方程式中最关键的方面。应该对建筑物进行设计或翻新,以产生自己的电力并满足自己的需求。;本论文看起来像是我们可以对已建的约95,000平方英尺的现有机构建筑物进行后期占用分析的方式在1960年代为了减少使用量并实现零净能源目标。该案例研究大楼是位于南加州大学中心的冯·克莱因斯米德中心(VKC)。由于其复杂性并使其达到“零能耗”的目标,因此对现有的机构建筑进行改造具有挑战性。本文说明了要实现此结果必须克服的所有障碍,现实生活中的延迟,软件局限性。零能耗的目标是通过根据建筑物的效用数据校准能源模型,提供各种节能措施以及现场发电来实现的。

著录项

  • 作者

    Singh, Sukreet.;

  • 作者单位

    University of Southern California.;

  • 授予单位 University of Southern California.;
  • 学科 Engineering Architectural.;Energy.;Environmental Sciences.
  • 学位 M.B.S.
  • 年度 2012
  • 页码 316 p.
  • 总页数 316
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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