TEST INTEGRATION: This video demonstrates our project idea and the integration of some key components. It provides an overview of the major components we have already acquired, emphasizing their functionality and how they interact seamlessly. Follow our progress and gain insight into the innovative solutions we're developing.
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MIDTERM DEMONSTRATION: This is the midterm video in which we demonstrate our fully functional board and the integration of key components. The project consists of an ESP32-based system that controls heating elements, fans, and valves using DHT11 sensors, MAX6675 thermocouples, solid-state relays, and a touchscreen LCD. It monitors temperatures and provides control via an LCD and a mobile app.
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CDR PRESENTATION: The Thermal Dune Energy Storage Project is an innovative and cost-effective home heating solution that employs sand as a thermal storage medium. It includes an ESP32 microcontroller with a 3.5-inch touchscreen, MAX6675 thermocouples, and Whirlpool stove elements for efficient heating, all controlled by a user-friendly interface. The system uses a USB-to-UART bridge and power protection circuits to ensure safe programming and provides low-income households with sustainable heating.
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SHOWCASE PRESENTATION: This is our showcase video! The video highlights features such as an ESP32-based controller, easy-to-use touchscreen and app interfaces, a custom power supply, and heat sensors to manage and optimize charging and heating. The design incorporates insulated wood paneling and copper pipes for efficient heat transfer and durability, with a focus on cost-effectiveness and ease of use.
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FINAL DEMONSTRATION: This is our final demo video! In this video we talk about the system is able to store heat during off-peak hours to save money on energy. The system, powered by an ESP32, includes a touchscreen interface for adjusting charging times, heating settings, and temperature. It also uses sensors and relays to manage heat storage, and a mobile app that connects to the system via Wi-Fi allows for real-time monitoring and control. This design combines effective thermal storage with user-friendly control options.
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FINAL PRESENTATION: The Thermal Dune Energy Storage project intends to provide economical home heating solutions by leveraging efficient energy storage rather than pricey lithium-ion batteries. A team of engineers devised the system, which uses an ESP32, LCD touch display, MAX6675 thermocouples, and Whirlpool heating elements to minimize energy expenditures for low-income households. It also has real-time temperature monitoring and manual overrides. The design makes use of Fusion 360 for mechanical layout and C++ for control programming, ensuring scalability and cost-effectiveness. The project uses a custom PCB to achieve effective power regulation, thermal control, and signal integrity.
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