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The Energy Savings and Environmental Benefits for Small and Medium Enterprises by Cloud Energy Management System

机译:云能源管理系统中小企业的节能与环境益处

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Small and medium enterprises (SMES) play an important role in Taiwan’s economy. The reduction of energy costs and carbon dioxide (CO 2 ) emissions are critical to preserving the environment. This paper uses the experimental results from 65 sites, gathered over two years since 2012, to determine how the integration of Internet communication, cloud computing technologies and a cloud energy management service (cloud EMS) can reduce energy consumption by cost-effective means. The EMS has three levels: infrastructure as a service (IaaS), platform as a service (PaaS) and software as a service (SaaS). Working jointly with ChungHwa Telecom, Taiwan’s leading telecom service provider, data from detection devices, control devices, air-conditioning and lighting systems are all uploaded to a cloud EMS platform, to give a so called intelligent energy management network application service platform (IEN-ASP). Various energy saving management functions are developed using this platform: (1) air conditioning optimization; (2) lighting system optimization; (3) scheduling control; (4) power billing control and (5) occupancy detection and timing control. Using the international performance measurement and verification protocol (IPMVP), the energy used at the test sites, before and after the use of the IEN-ASP, are compared to calculate the energy saved. The experimental results show that there is an average energy saving of 5724 kWh per year, which represents a saving ratio of 5.84%. This translates to a total reduction in CO 2 emissions of 9,926,829 kg per year. Using the data collected, a regression model is used to demonstrate the correlation between the power that is consumed, the energy that is saved and the area of the sites. Another interesting result is that, if the experimental sites are maintained by experienced electricians or other personnel and EMS protocols are followed, the energy saving can be as great as 6.59%.
机译:中小企业(中小企业)在台湾经济中发挥着重要作用。能量成本和二氧化碳(CO 2)排放的降低对保护环境至关重要。本文采用了65个地点的实验结果,自2012年以来一两年内聚集在两年内,以确定互联网通信,云计算技术和云能源管理服务(云EMS)的整合如何通过成本效益的方式降低能耗。 EMS有三个级别:基础设施作为服务(IAAS),平台作为服务(PAAS)和软件作为服务(SAAS)。与台湾领先的电信服务提供商联合工作,来自检测装置,控制装置,空调和照明系统的数据都上传到云EMS平台,给出了所谓的智能能源管理网络应用程序服务平台(IEN- ASP)。使用该平台开发了各种节能管理功能:(1)空调优化; (2)照明系统优化; (3)调度控制; (4)功率计费控制和(5)占用检测和定时控制。使用国际性绩效测量和验证协议(IPMVP),在使用IEN-ASP之前和之后使用的测试站点使用的能量,以计算节省的能量。实验结果表明,每年平均节能为5724千瓦时,表示节约率为5.84%。这转化为每年9,926,829千克的二氧化碳排放量。使用收集的数据,回归模型用于演示所消耗的功率之间的相关性,保存的能量以及站点的区域。另一个有趣的结果是,如果经验实验网站由经验实验的电工维护,并且遵循其他人员和EMS协议,则节能可以高达6.59%。

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