#Smart recorder iot update#
The conventional electromechanically metering system interacts with the cloud to update energy consumption and units consumed automatically Consumer can be updated about consumption from the client portal provided and accessed via browser.
#Smart recorder iot manual#
Additionally, it provides a more convenient solution to problems faced from using the existing meters, such as the manual readings, travel expenses, waste of papers errors from the analog electromechanical meter. Its main aim is to minimize the rapid increase in average electricity consumption issue & electricity theft. The proposed IoT based metering system is designed to contribute in establishing energy efficient smart cities. This process predicts the high electricity consuming appliance and alerts the user. The data stored in server are used as inputs for other sockets and the prediction process is carried out. The data are fetched from those sockets working on IOT and stored in MySQL server. Machine learning used here is supervised learning technique, which is implemented using C# language. Advanced Metering Infrastructure (AMI) utilizes the smart grid communication infrastructure to transfer metering data as well as customer consumption- related information. Maintenance, refinement and processing of data is done in the network server that maintains the user information in the required data storage. This will allow the end user to know on which appliance how much amount of electricity is being consumed daily. In this project, we develop smart electricity billing system. This is very time consuming, manual and ineffective process. In this system, there is no proper information on usage and percentage of electricity used. In this system the connection and disconnection of electricity is done manually, at such situations people in the house will take the electricity connection theftly which is loss to
Sometimes electricity board employees may not be able to take proper meter readings due to locked gate, dogs in the house etc.
During this process we encounter scenarios such as the meter reading may not be accurate, extra cost on bills will be generated even though we are even out of station. In the existing system, the electric meter reading is done manually by a electricity board employee. The future power grid needs to be implemented in a distributed topology that can dynamically absorb different energy sources. In the recent years, by the growth of IoT and digital technologies, smart grid has been become smarter than before. IoT can be used to furnish intelligent management of energy distribution and consumption in heterogeneous circumstances. This project is a smart electricity billing system which is developed for the effective conservation of electricity and avoid the unnecessary wastage of electricity power as well as the over payment of bills. Later, home network system will be designed and implemented. This can be achieved by designing and building smart hardware systems. On the other hand, due to the extensive Internet of Things (IoT) technology and the development of various network connectivity sensors, it is possible to send instantaneous power consumption data to the customers. To develop and implement smart power grid applications in a wide range of countries, the need to design smart energy metering infrastructure is required. The need to implement smart homes from the point of view of optimal energy consumption and reducing the cost of consuming electricity by subscribers is an important issue. Keywords – Smart energy meter, MQTT Protocol, Automatic billing system. In this paper we present idea to send instantaneous power consumption data to the customers. The need to implement smart phones from the point of view of optimal energy consumption and reducing the cost of consuming electricity by subscribers is an important issue. Electricity has become the most essential and unavoidable thing which every human is dependent on. Due to the urging need for conserving energy, this paper proposes an IoT based energy efficient wireless smart metering system design. Student, CSE/GSSSIETW, Mysuru, Karnataka, IndiaĪssistant Professor, CSE/GSSSIETW, Mysuru, Karnataka, IndiaĪbstract – The emerging of IoT concept recently in our lives, has offered the chance to establish energy efficient smart devices, systems and cities.
Sangeetha B, Yashaswini N, Swathi, Shivani T J IoT Based Energy Consumption Recording & Live Monitoring Application
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