Pemanfaatan Energi Matahari Berbasis Kompor Termodinamika Surya sebagai Solusi Memasak Berkelanjutan
Abstract
The utilization of solar energy as an alternative energy source is becoming increasingly important amid rising energy demands and sustainability issues. This study examines the application of a thermodynamic solar cooker as an environmentally friendly cooking solution that efficiently harnesses solar radiation. The thermodynamic solar cooker operates by utilizing sunlight as an alternative heat source without relying on fossil fuels. This experiment aims to determine the cooker’s ability to heat water under different weather conditions. A parabolic reflector coated with aluminium foil is used to focus sunlight onto a central heating point. The results indicate that the device can increase water temperature optimally under clear weather, while its performance decreases during cloudy or overcast conditions. The electric heater powered by a solar panel provides additional support but cannot replace the primary role of direct sunlight. Overall, this device has strong potential as an efficient and eco-friendly solution, particularly in regions with high solar exposure and limited access to conventional energy sources.
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