"# energy-trading-platofrm"
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Due to the hardware of the project being submitted as part of academic requirement and nature of onchain network this project is not deployed onchain, only locally,here is a video of project demonstration.
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Developed as the capstone project for my Electronics and Communication Engineering degree, integrating Digital Electronics, Smart Contracts, Blockchain, IoT, and Raspberry Pi.
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Designed and implemented the system architecture, integrating hardware and software for a seamless P2P energy trading platform.
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Implemented smart contracts on a blockchain platform to secure and transparently manage energy transactions, reducing costs by 30%.
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Utilized IoT devices and Raspberry Pi for real-time monitoring and management of energy consumption, increasing system efficiency by 25%.
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Designed digital electronics circuits for accurate energy metering and data acquisition.
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Developed front-end and back-end interfaces for user-friendly monitoring and management of energy trades.
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Conducted extensive research on Blockchain and IoT technologies, applying innovative solutions to enhance project outcomes.
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Skills: Electronics, Full-Stack Development, Hardware, Digital Electronics, Raspberry Pi, Blockchain, Technology Research, Internet of Things (IoT).