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Enterprise energy analytic cloud portal for user-centric on-demand profile access in smart green energy management system

机译:企业能源分析云门户,用于智能绿色能源管理系统中以用户为中心的按需配置文件访问

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The absence of real time energy consumption information (RTECI) has often made electricity users in many developing countries to be at loggerheads with their service providers. A cloud based metering infrastructure is developed as a viable solution. This paper offers basic information regarding cloud based advanced metering infrastructure (AMI) for analysis in extended smart green energy management system (e-SGEMS). The system has novel flexibilities in automated energy monitoring platform for both end-users and their utility vendors. Lean system approach involving Software Development Life Cycle framework is applied. The system allows users to obtain their exact consumption pattern in Kw, Kw/Month and Kw/Year using a negligible cost reflective tariff of 0.17 as derived from a renewable metered micro-gird. The proposed system contrasts with existing systems in terms of full ISO 14000 quality assurance compliance metrics and on-demand/real time consumption profiling. MySQL and Java server page are used for the metering simulation and cloud integration. The hardware runs on C++ executable scripts. The system is validated through a full cycle usability tests in loaded and non-loaded case scenarios. This solution provides real-time access to energy consumption information at the point of metering in an access controlled cloud environment. Flexibility and cost effectiveness characterizes the system for smart grid mixed energy metering paradigm.
机译:缺乏实时能耗信息(RTECI)经常使许多发展中国家的电力用户与服务提供商争执不休。开发了基于云的计量基础设施作为可行的解决方案。本文提供了有关基于云的高级计量基础架构(AMI)的基本信息,以便在扩展的智能绿色能源管理系统(e-SGEMS)中进行分析。该系统在自动能源监控平台中为终端用户及其公用事业供应商提供了新颖的灵活性。应用了涉及软件开发生命周期框架的精益系统方法。该系统允许用户使用可再生计量微型电网的0.17的可忽略成本反射费率,以Kw,Kw /月和Kw /年获得其准确的消费模式。拟议的系统在完整的ISO 14000质量保证合规性指标和按需/实时消耗性能分析方面与现有系统形成对比。 MySQL和Java服务器页面用于计量模拟和云集成。硬件在C ++可执行脚本上运行。通过在负载和未负载情况下的全周期可用性测试来验证系统。该解决方案在访问控制的云环境中的计量点提供对能耗信息的实时访问。灵活性和成本效益是智能电网混合能源计量范例系统的特征。

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