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PC BASED LOAD MONITORING SYSTEM WITH AUTO PROTECTION

Platform : Embedded System Projects

AIM: The main aim of this project is to protect the transformer from failing or damage having applied more loads on it and to share these overloads with another transformer. PURPOSE: The purpose of the project is to provide a secured environment for the transformers from overloads which are distributing power to certain regions. These transformers with overload are protected by sharing these overloads with another transformer. METHODOLOGY: BLOCK DIAGRAM: POWER SUPPLY: DESCRIPTION: Generally, a transformer is meant for distributing power up to certain region. That should be constantly distributing power up to certain extent of applying load on it. But whenever, the load will exceeds the limit automatically, the transformer will be brake down or it fails in transferring of power to the load. To avoid problem, we have develop a project called “PC BASED LOAD MONITORING SYSTEM WITH OVERLOAD PROTECTION.” In this project, we are using two transformers instead of one transformer. Whenever applying the more loads on one transformer exceeding the particular limit then it will not broke down but the excess load must be shared by the another transformer. Therefore, no failure of transformers will occurs. In this project, we are using two transformers for sharing of power upon exceeding the loads. Through the micro controller, we are controlling this sharing of power with the help of relay. The relays will trips to another transformer upon exceeding the limit of load. The ADC is an analog to digital converter which converts the values of analog current value to the digital value. This will be displayed as load status on the LCD display. SOFTWARES: 1. Embedded C 2. Keil IDE 3. Uc-Flash HARDWARES: 1. Micro Controller 2. Power supply 3. Transformers 4. ADC 5. Relay RESULT: With this project we can avoid the breakage or failure of transformers from overloads by connecting these overloads to other section of transformers. So that the transformers can constantly distribute power to the required regions. APPLICATIONS: • Industrial applications • Electrical Substations

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