A SETUP FOR THERMOPHYSICAL RESEARCH OF HYBRID SOLAR COLLECTORS

Abstract

This utility model pertains to solar engineering and can be used to conduct thermophysical studies of hybrid solar collectors designed for the simultaneous generation of electrical and thermal energy. The technical result of this utility model is increased accuracy and versatility of laboratory studies through the use of an adjustable coolant circulation system, solar radiation simulation, and a safe design. The setup for thermophysical studies of hybrid solar collectors comprises a photovoltaic panel with a copper heat exchanger coil, a halogen spotlight for simulating sunlight, a stand with a rotating mechanism, a circulation pump, a storage tank, a water heater with a thermostat, a circuit breaker unit, and a closed coolant circulation loop.The utility model provides the ability to regulate the panel illumination angle, temperature, and coolant flow rate, which allows for experimental studies to be conducted in various modes.

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