Hybrid photovoltaic power generation system for heating water using solar energy in residence, comprises solar cell module, solar thermal collector, heat exchanger, connections, boiler and water pipes

NOVELTY – The system comprises a solar cell module (31), a solar thermal collector (41), an heat exchanger (11), connections (2), a boiler (51) and water pipes, where the solar cell module is provided with polymeric top and bottom plates, solar cells e.g. amorphous silicon, a metallic layer, a connection between the solar cells and an output wiring (32), which are arranged on crystalline substrates. The metallic layers are utilized to promote reflection of incident infrared (IR) solar beam in the solar thermal collector, which is covered by a glass plate or a transparent polymer material. USE – Hybrid photovoltaic power generation system for heating water using solar energy in residence. ADVANTAGE – The system is provided with a thermal photovoltaic module to heat fluids and cool the cells, thus increasing efficiency of the cells and improving a heating system. The system has two resources, which separately heat fluids and cool the cells, thus reducing faults. The system has a positioner for finding best disposition of the system for better extraction of solar energy. DESCRIPTION OF DRAWING(S) – The drawing shows a front view of a hybrid photovoltaic power generation system. Connections (2) Heat exchanger (11) Solar cell module (31) Output wiring (32) Solar thermal collector (41) Boiler (51)

Main Application Field

A85 (Electrical applications.); Q74 (Heating, ranges, ventilating (F24)); U11 (Semiconductor Materials and Processes); U12 (Discrete Devices); X15 (Non-Fossil Fuel Power Generating Systems); X27 (Domestic Electric Appliancesn)

INVENTORS:

FRATESCHI NEWTON CESARIO
DE OLIVEIRA ARTHUR VIEIRA

402_AQUECIMENTO

Patent number: BR201004669-A2

PATENT STATUS:

For information contact Inova Unicamp

FOR ADDITIONAL INFORMATION:

parcerias@inova.unicamp.br

+55 (19) 3521-5207 / 2607