Educational Stirling Engine Model — convert low-temperature heat into visible motion and small-scale electricity generation Why you need this Makes abstract physics tangible: Demonstrates core thermodynamics and heat-to-motion principles through a working Stirling engine, ideal for students, educators, and hobbyists who prefer hands-on learning. Shows clean energy concepts simply: Operates on low-temperature heat sources so you can demonstrate sustainable power ideas without complex equipment. Doubles as décor and conversation starter: Compact, visually striking design fits on a desk or shelf while sparking curiosity in visitors and learners. Key benefits and features Function: Converts low-temperature heat into mechanical motion and produces small amounts of electricity, letting users observe real-time energy conversion. Compatibility: Designed to run efficiently with small heat sources such as tea lights, hot water, or other similar low-temperature sources. Size and placement: Compact footprint makes it suitable for home offices, study desks, classroom demonstration tables, and display on shelves. Ease of use: Simple assembly and straightforward operation let users quickly set it up and watch the working mechanism in action. Educational value: Encourages experimentation, curiosity, and STEM learning by providing a tactile example of thermodynamic cycles and energy conversion. Performance: Optimized for visible motion and demonstration with low-temperature inputs rather than industrial power output, illustrating concepts safely and accessibly. Practical use scenarios Classroom demonstration: Live demo of thermodynamics and energy conversion for science lessons or lab sessions; students can observe cause and effect and measure simple variables. Science fair or project: Portable exhibit that highlights sustainable energy ideas and engineering principles in a clear, engaging way. Home office or study display: Functional desk decoration that invites questions, encourages informal learning, and provides a hands-on break from screens. Operation tips (concise) Use on a stable, heat-resistant surface. Run with small, consistent heat sources such as tea lights or hot water to produce steady motion. Simple assembly is required; the unit is designed for easy setup and immediate demonstration. What it delivers A compact, interactive Stirling engine model that teaches thermodynamics, demonstrates low-temperature electricity generation, and serves as an attractive desktop piece — all with straightforward assembly and operation.