Computer energy management systems problems and resolutions

R. Neal
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Abstract

Summary form only given, as follows. Factors that influence the degree in which the acquisition and continued operation of new and fairly complex technologies are successful have been investigated. The study examines 14 multi-building sites in which computer energy manager systems (CEMS) were installed. A CEMS includes hardware, sensors, software, programming, analysis, and dynamic systems controls. The average age of an installation is eight years. Three measures of success are compared relative to 25 factors identified as likely to influence success. The factors fall into eight categories: age, size, scope, installation, plant condition, vendor support, in-house staffing, and system components. The findings suggest that being a customer on the cutting edge of an evolving arrangement of new technologies is very risky. Very close supervision and the development and maintenance of in-house competence relative to the new technologies can offset the risk. Rapid development in computer hardware and software overcomes early problems, but poses challenges in transitioning from one generation to the next.<>
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计算机能源管理系统的问题和解决方案
仅给出摘要形式,如下。对影响新技术和相当复杂的技术的获得和持续运作的成功程度的因素进行了调查。这项研究调查了14个安装了计算机能源管理系统(CEMS)的建筑工地。CEMS包括硬件、传感器、软件、编程、分析和动态系统控制。一个装置的平均使用年限是8年。三种成功的衡量标准相对于25个确定的可能影响成功的因素进行了比较。这些因素分为八类:年龄、大小、范围、安装、工厂条件、供应商支持、内部人员配置和系统组件。研究结果表明,作为处于不断发展的新技术安排前沿的客户是非常危险的。与新技术相关的非常密切的监督和内部能力的发展和维护可以抵消风险。计算机硬件和软件的快速发展克服了早期的问题,但在从一代过渡到下一代的过程中提出了挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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