A Solar Energy System with Vehicle-to-Home and Vehicle-to-Grid Option for Newfoundland/Canada Conditions through Mozilla IoT

IF 0.7 Q4 COMPUTER SCIENCE, INFORMATION SYSTEMS Jordan Journal of Electrical Engineering Pub Date : 2022-01-01 DOI:10.5455/jjee.204-1624302314
R. Sundararajan, M. Iqbal
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引用次数: 1

Abstract

— The hardware implementation of a solar energy system with vehicle-to-home (V2H) and vehicle-to-grid (V2G) options for Newfoundland conditions through Mozilla IoT is discussed in this paper. To illustrate IoT, remote monitoring and control concepts, a prototype - is entirely a 12 V system - is created in the lab. To operate in multiple modes, the system checks the current and voltage parameters. The data is transmitted to the gateway using an ESP 32 microcontroller and the internet of things (IoT). Mozilla IoT is the platform that hosts the Raspberry Pi Things Gateway and serves as a dashboard to remotely control and monitor the system. The data that is transmitted is logged, and the logged data is shown as a graph. This paper presents the system design, details of demo experimental setup in addition to the test results which reveal that the successful implementation of proposed system - with V2H and V2G options - for Newfoundland/ Canada conditions.
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通过Mozilla物联网,为纽芬兰/加拿大提供车到户和车到电网选项的太阳能系统
-本文通过Mozilla IoT讨论了针对纽芬兰条件的具有车到户(V2H)和车到电网(V2G)选项的太阳能系统的硬件实现。为了说明物联网,远程监控和控制概念,在实验室中创建了一个原型-完全是一个12 V系统。为了在多种模式下运行,系统检查电流和电压参数。数据通过ESP 32微控制器和物联网(IoT)传输到网关。Mozilla IoT是托管Raspberry Pi Things Gateway的平台,并充当远程控制和监控系统的仪表板。传输的数据被记录下来,记录下来的数据以图形的形式显示。本文介绍了系统设计,演示实验设置的细节以及测试结果,这些结果表明所提出的系统-具有V2H和V2G选项-在纽芬兰/加拿大的条件下成功实现。
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