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NFH DC Solar Deep Well Water Pump

NFH DC Solar Deep Well Water Pump. NanoWin’s CIGS Thin Film solar modules is the 1 st Place winner of the 2009 United Nations’ BlueSky award. Type: NANO-SWP-01. 4 Advantage (compared with 2KW conventional AC water pumps): A Electricity saved per day : 2KW×12hr ＝ 24KWH/day

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NFH DC Solar Deep Well Water Pump

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  1. NFH DC Solar Deep Well Water Pump NanoWin’s CIGS Thin Film solar modules is the 1st Place winner of the 2009 United Nations’ BlueSky award Type: NANO-SWP-01 4 Advantage (compared with 2KW conventional AC water pumps): A Electricity saved per day: 2KW×12hr＝24KWH/day B Electricity saved per year: 24KW×365day＝8,760KWH C Electricity costs saved per year: 8,760KWH×US＄0.13~ US＄0.3/KWH ＝US＄1,139~ US＄2,628 D Reduced CO2:8,760KWH×0.623KGS/KWH＝5,457.48KGS E It has a selling price that includes solar panel, water pump and all cables is US$1500 only, but our manufacturing costs is less than US$400. F The payback time will be less than 7 months from electric costs saved versus conventional AC water pumps. Uses the world No.1 NanoWin CIGS thin film solar modules to power this unique deep water pump. • 1.Power Consumption: 68W • 2.Voltage: DC 24V • 3. When used with NanoWin’s CIGS thin film solar panel, which produces 96W with a conversion efficiency of 12.8% and works even on cloudy days without using batteries, the water can be lifted to a height of 20m with a flow rate of 1 cubic meters per hour. • If we use two panels, the water can be lifted to 40meters, four panels to 80meters, and even 2000 meters by adding more panels. This pump was designed for developing and Third World countries with inadequate water and power. Patent No.: 200920037050.1 201020127458 1 1 1

  2. NFH DC Solar Power Deep Well Water Pump NanoWin’s CIGS Thin Film solar modules is the 1st Place winner of the 2009 United Nations’ BlueSky award Type:NANO-SWP-02 4. Advantage (compared with 3KW conventional AC water pumps): A. Electricity saved per day: 3KW×12hr＝36KWH/day B. Electricity saved per year: 36KW×365天＝13,140KWH C. Electricity costs saved per year： 13,140KWH×US＄0.13~ US＄0.3/1KWH ＝US＄1,708 ~ US＄3,942 D. Reduced CO2: 13,140KWH×0.623KGS/KWH＝8,186KGS E. It has a selling price that includes solar panel, water pump and all cables is $2000. But our manufacturing costs is less than $450. F. The payback time will be 0.51 year from electric costs saved versus conventional AC water pumps. Uses the world No.1 NanoWin CIGS thin film solar modules to power this unique deep water pump. 1. Power Consumption: 150W 2.Voltage: DC 24V 3. When used with NanoWin’s CIGS thin film solar panel, which produces 96W with a conversion efficiency of 12.8% and works even on cloudy days without using batteries, the water can be lifted to a height of 20m with a flow rate of 1cubic meters per hour. If we usetwo panels, the water can be lifted to 40 meters, four panels to 80meters, and even 2000 meters by adding more panels. This pump was designed for developing and Third World countries with inadequate water and power. Patent No.: 200920037050.1 201020127458 2 2 2 2

  3. NFH DC Solar Power Deep Well Water Pump NanoWin’s CIGS Thin Film solar modules is the 1st Place winner of the 2009 United Nations’ BlueSky award Type:NANO-SWP-03 4. Advantage (compared with 3KW conventional AC water pumps): A Electricitysaved per day: 4KW×12hr＝48KWH/day B Electricitysaved per year: 48KW×365day＝17,520KWH C Electricity costs saved per year: 17,520KWH×US＄0.13~ US＄0.3/1KWH ＝US＄2,277 ~ US＄5,256 D Reduced CO2: 17,520KWH×0.623KGS/KWH＝10,915KGS E It has a selling price that includes solar panel, water pump and all cables is $3000. But our manufacturing costs is less than $550. F The payback time will be 0.57 year from electric costs saved versus conventional AC water pumps. Uses the world No.1 NanoWin CIGS thin film solar modules to power this unique deep water pump. 1. Power Consumption: 250W 2.Voltage: DC 24V 3. When used with NanoWin’s CIGS thin film solar panel, which produces 96W with a conversion efficiency of 12.8% and works even on cloudy days without using Batteries. The water can be lifted to a height of 20m with a flow rate of 1-2 cubic meters per hour. If we use two panels, the water can be lifted to 40 meters, four panels to 80meters, and even 2000 meters by adding more panels. This pump was designed for developing and Third World countries with inadequate water and power. Patent No.: 200920037050.1 201020127458

  4. NFH DC Solar Power Deep Well Water Pump NanoWin’s CIGS Thin Film solar modules is the 1st Place winner of the 2009 United Nations’ BlueSky award Type:NANO-SWP-04 4. Advantage (compared with 3KW conventional AC water pumps): A Electricitysaved per day: 4KW×12hr＝48KWH/day B Electricitysaved per year: 48KW×365day＝17,520KWH C Electricity costs saved per year: 17,520KWH×US＄0.13~ US＄0.3/KWH ＝US＄2,277 ~ US＄5,256 D Reduced CO2: 17,520KWH×0.623KGS/KWH＝10,915KGS E It has a selling price that includes solar panel, water pump and all cables is $3000. But our manufacturing costs is less than $550. F The payback time will be 0.57 year from electric costs saved versus conventional AC water pumps. Uses the world No.1 NanoWin CIGS thin film solar modules to power this unique deep water pump. 1. Power Consumption: 250W 2.Voltage: DC 24V 3. When used with NanoWin’s CIGS thin film solar panel, which produces 96W with a conversion efficiency of 12.8% and works even on cloudy days without using Batteries. The water can be lifted to a height of 20m with a flow rate of 1-2 cubic meters per hour. If we use two panels, the water can be lifted to 40 meters, four panels to 80meters, and even 2000 meters by adding more panels. This pump was designed for developing and Third World countries with inadequate water and power. Patent No.: 200920037050.1 201020127458 4 4 4

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