RIVER WATER PUMPING BY SOLAR ENERGY PROJECT FOR PAUK MYAING VILLAGE, TADAU TOWNSHIP, MANDALAY DIVISION

• Author(s): Ei Ei Cho ; Tin Zar ; Kyaw Min Kyaw
• Paper ID: 1701502
• Page: 232-237
• Published Date: 14-08-2019
• Published In: Iconic Research And Engineering Journals
• Publisher: IRE Journals
• e-ISSN: 2456-8880
• Volume/Issue: Volume 3 Issue 2 August-2019

Abstract

In this paper, a stand-alone solar water pumping system is designed for rural area at dry region of Myanmar. This system is designed for any water pump type which has a 5 horse power, AC permanent magnet motor and a single-state surface pump. This paper gives many options to users not only on pump but other system component such as inverter, charge controller and solar module. The Experiences gained during implementation stage of 3248W solar pumping system project is shared. In this research, the PV water pumping system considered for supplying water from Ayeyarwaddy river for a village named Pauk Myaing with 200 households. The capacity of water requirement is 162 m3 per day for 1000 people and cattle. In this section estimate the total amount of power required by 200 families is 3284 W and it will consume about (average) five hours per day and seven days in a week. The user can select system component according to their availability of such items on the market. The main aims are the potential for optical concentration to reduce the cost of solar water pumping system has been noted a number of times and the computed coats of the more cost-effective configurations of solar pumping systems, if produced in quantity appear competitive with current and projected costs of photovoltaic systems. The objectives are to have ready technology in the future, to provide irrigation by using direct solar energy and to reduce the cost solar water pumping system has been noted a number of times. The PV pumping system can be designed to a very small water pumping requirement for drinking water to large water volume requirement for irrigation purpose. The small scale PV water pumping system for 1000 people (200 families) is design. The water demand is 42840 gallons per day in summer and the capacity of water requirement is 162 m3 per day.

Keywords

River water pumping, solar energy, rural area, dry zone.

Citations

IRE Journals:
Ei Ei Cho , Tin Zar , Kyaw Min Kyaw "RIVER WATER PUMPING BY SOLAR ENERGY PROJECT FOR PAUK MYAING VILLAGE, TADAU TOWNSHIP, MANDALAY DIVISION" Iconic Research And Engineering Journals Volume 3 Issue 2 2019 Page 232-237

IEEE:
Ei Ei Cho , Tin Zar , Kyaw Min Kyaw "RIVER WATER PUMPING BY SOLAR ENERGY PROJECT FOR PAUK MYAING VILLAGE, TADAU TOWNSHIP, MANDALAY DIVISION" Iconic Research And Engineering Journals, 3(2)