Energy Absorption of Different Collector Plates for Bin Model Solar Instant Water Heater

Abstract

Sun water heating is a modern innovation of absorbing power from the sun for hot water uses. The energy harvesting and the heat of receivers are the most basics for water heating installations because of its high absorption property. The solar energy converted heats water steadily and unlimited lifetime. The solar water heater has great yield and heats of water in all industries as well as homes. The provision of hot water is becoming the most development aspect in many rural areas of the modern world. Hot water is the best human life requirement and without hot water, life will be impossible to the next level. The world economic and scientific developments, growth of technology and environment explosion all over the urban have resulted in good demand for hot water. The solar water heater is one of the suitable for rectified these above concerns. The work is made to increase the heat absorbing capacity of the solar instant water heater by using various absorbing thermal plates with black paint coated. The efficient metal plates having the best thermal conductivity which is suitable to the conventional bin model solar instant water heater. This research work aims to analyze the enhanced performance of various absorber plates combined with the bin model setup water heater. They mainly use the rate of heat absorption and hence the efficiency of solar water heater collectors. The water temperature, radiation, absorber plate execution of bin model solar instant water heater is denoted. The bin model sunlight based instant water heater has been planned, manufactured with good absorber plate and its presentation has been assessed at Namakkal (India) climatic conditions.

Keywords: Energy, Instant water heater, Collector plates, Temperature, Performance.