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Design and Implementation of Website based Energy Consumption Monitoring and Controlling

机译:基于网站的能耗监控和控制的设计与实现

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Energy is one the main driver of economic and social development. By 2050, We will see doubling of energy demand with the share electricity increasing faster than the primary energy supply. The resource is not increasing but accelerating change in policy, technological innovation and user's expectation are making energy market increasingly complex. For overcoming this problem we have to monitor and control the energy properly. Here we used a arduino compatible WiFi board WeMos D1 R1, an analogue to digital converter ADS1115, two current sensor ACS712, a two channel 5V 10A Relay and bus bar. The sensors send analogue data to the ADC, it converted it in digital form and send it to WeMos, then it upload to the server. This project creates the way of proper monitoring and controlling energy. The major advantages are cost effectiveness and cheap instalment. In this system less internet is used and it works faster than any other previous invention. The application of this project is in the household, traffic control, hospitals. Every components of an industry should be controlled by that which may save component from blasting or damaging. This project saves the energies, that we can keep a safe world for our next generation.
机译:能源是经济和社会发展的主要司机。到2050年,我们将看到能源需求加倍,股票电力越来越快,比主要能源供应速度快。资源不断增加,但加速政策变化,技术创新和用户的期望正在使能源市场日益复杂。为了克服这个问题,我们必须正确监控和控制能量。在这里,我们使用了Arduino兼容WiFi板WEMOS D1 R1,模拟到数字转换器ADS1115,两个电流传感器ACS712,两个通道5V 10A继电器和汇流条。传感器将模拟数据发送到ADC,它以数字形式转换为数字表单并将其发送到WEMOS,然后将其上载到服务器。该项目创造了正确的监测和控制能量的方式。主要优点是成本有效性和便宜的分期付款。在该系统中,使用较少的互联网,并且它比任何其他前述发明更快地运行。该项目的应用位于家庭,交通管制,医院。行业的每个部件都应通过可从爆破或损坏中保存组件的控制。该项目节省了能源,我们可以为下一代保存安全的世界。

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