Product Overview
Almost minimum operational cost as solar radiation is available free of cost. * Solar energy is protected from inflation since it is free and everlasting. * Recovery on investment between 1.5 to 2.5 years depending upon application and capacity of the system. * Trouble free working with negligible repairs & maintenance cost. * Fully automatic operation and no day to day human attendance required. * Custom built design to meet specific quantitative & temperature requirements. * Clean energy without environment pollution. * Safer than any other heating source. * Typical Payback Calculations For Standard Domestic System. * Capacity of the system 250 LPD at 60oC, Cost of the System : Rs. 36000/- Approx. * Heat Required in K. Cal. = Capacity X Temperature Difference = 250 X 40oC ( assumed average Ambient Temperature : 20oC) = 10,000 K.Cal Comparing with electrical source of heating water = Capacity X Temperature Difference / 860X 0.80(Efficiency of Electric Heater) = 10,000 / 668 = 14.53 Units per Day Considering rate of electricity to be Rs. 4 / - per unit and average output of 320 days. Expenditure on electricity = 14.53 X 4 X 320 = 18598.40 per year Hence , the pay back period will be : 36,000 / 18598.40 = 1.93 years
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Office No.b-105, Bharat Bhavan- Building No. B 1360, Shukraawar Peth, Behind Saraswati Mandir Hi School, Off Bajirao Road,
Almost minimum operational cost as solar radiation is available free of cost. * Solar energy is protected from inflation since it is free and everlasting. * Recovery on investment between 1.5 to 2.5 years depending upon application and capacity of the system. * Trouble free working with negligible repairs & maintenance cost. * Fully automatic operation and no day to day human attendance required. * Custom built design to meet specific quantitative & temperature requirements. * Clean energy without environment pollution. * Safer than any other heating source. * Typical Payback Calculations For Standard Domestic System. * Capacity of the system 250 LPD at 60oC, Cost of the System : Rs. 36000/- Approx. * Heat Required in K. Cal. = Capacity X Temperature Difference = 250 X 40oC ( assumed average Ambient Temperature : 20oC) = 10,000 K.Cal Comparing with electrical source of heating water = Capacity X Temperature Difference / 860X 0.80(Efficiency of Electric Heater) = 10,000 / 668 = 14.53 Units per Day Considering rate of electricity to be Rs. 4 / - per unit and average output of 320 days. Expenditure on electricity = 14.53 X 4 X 320 = 18598.40 per year Hence , the pay back period will be : 36,000 / 18598.40 = 1.93 years
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