Solar Water Pump by Rayon Energy Private Limited

Being one of the renowned organizations in the industry, we are highly engaged in offering a unique range of Solar Water Pump. Offered pump is manufactured by our highly experienced professionals using the high-end technology. The provided pump is much-admired by our valuable clients for its long functional life and low maintenance features. Further, in order to avoid any flaws, this pump is rigorously tested by our experienced quality experts against various stages of quality parameters.

Features:

• Low maintenance
• Smooth operations
• Hassle free performance

Product Description:

Solar (DC) Water Pump for Agriculture:

Rayon aims to be a major supplier of solar submersible pump and solar surface pumps in the world with the help of our dedicated development team and our close cooperation with leading pump suppliers. Our goal is to contribute towards rural development with renewable energy and sustainable design.

These pumps are convenient to use and cost effective. With solar powered pumps you can have a reliable and convenient water supply all around the year. These pumps will provide you independence from grid electricity and are much more reliable than grid connected pumps You are not affected by power outages as you generate your own electricity to power these pumps. The entire system comes along with controller, solar panels, mounting structure, cabling etc. We help you to install the entire pump.

Solar Water Heater

There are mainly two types of Solar Water Heaters.

• Flat Plate Collectors (FPC) are based of metallic type and have longer life as compared to Evacuated tube collector.
• An ETC based system is made of glass tubes which are fragile in nature, These system is therefore cheaper than FPC based system.

Solar water Heater Banifits:

Electricity/Diesel Saving
A 100 LPD system (2 sq.m of collector area) installed in a home can save 4-6 units of electricity/day depending on the place of installation & hot water use. On an average it could be taken as 5 units/day. Maximum average saving with 300 clear days, therefore, could be taken as 1500 units/year.

Assuming 300 days of solar hot water use in Bangalore and 150 days in Delhi, the savings could be 1500 & 750 units per year respectively i.e. replacement of a 2 KW electric geyser working for 2 ½ hours in a day. Considering all parts of the country and maximum installations in areas where hot water requirement is more during the year, average saving could be taken as 1200 units/year/100 lpd system.

1 million such systems installed will be able to save 1200 million units of electricity/year
A 100 lpd system (2 sq.m of collector area) installed in an industry can save around 140 litres of diesel in a year.

Peak Load Sharing:

1 system of 100 lpd can replace an electric geyser of 2 KW capacity in a home.
1 million such systems will replace 1 million geysers of 2 KW capacity each in homes. Assuming that at least 50% of geysers are switched on at a time, this will have a peak load shaving of 1000 MW.

CO2 Reduction:

A 100 lpd system on an average saves up to 1500 units of electricity/yr. To generate that much of electricity from a coal based power plant, 1.5 tone of CO2 /year is released in atmosphere. One million solar water heating systems installed in homes will , therefore, also result in reduction of 1.5 million tone of CO2 emission in atmosphere