BE-150 2022-23
उत्तर प्रदेश सरकार
विकास खण्ड - पटेहरा कला
विस्तृत प्राक्कलन
वित्तीय वर्ष-2022-23
कार्य का नाम- मड़िहान में थाना परिसर में सोलर वाटर पम्प की स्थापना।
ग्राम पंचायत- मड़िहान
विकास खण्ड- पटेहरा कला
योजना - राज्य वित्त / पन्द्रहवाँ वित्त
प्राक्कलित धनराशि - 4.36 लाख
अवर अभियन्ता ग्रामीण अभियंत्रण विभाग पटेहरा कला
खण्ड विकास अधिकारी विकास खण्ड पटेहरा कला
प्रतिवेदन
प्रस्तुत प्रक्कलन खण्ड विकास अधिकारी विकास खण्ड पटेहरा कला के निर्देशानुसार तैयार किया गया है जो राज्य वित्त / पन्द्रहवाँ वित्त गायोग के अन्तर्गत क्षेत्र पंचायत द्वारा स्वीकृत एवं अनुमोदित वार्षिक कार्ययोजना प्राथमिकता आधार पर चयनित किया या है। सोलर वाटर पम्प 183.00 मीटर गहरी नया बोर कराकर उसमें सोलर वाटर पम्प लगाने का प्रावधान है, पानी की की की क्षमता 1000 लीटर है।
उक्त कार्य सम्पादित करा देने से ग्रामवासियों को प्रत्येक मौसम में पीने का पानी उपलब्ध हो जायेगा और पीने के पानी की समस्या का समाधान हो जायेगा।
अतः उक्त कार्य का विस्तृत प्राक्कलन मु० 4.36 रूपये का तैयार कराकर वित्तीय / प्रशासनिक एवं तकनीकी स्वीकृति हेतु आपकी सेवा में सादर प्रेषित है।
अवर अभियन्ता
ग्रामीण अभियंत्रण विभाग - पटेहरा कला
खण्ड विकास अधिकारी
विकास खण्ड पटेहरा कला
Brief Summary of Project
DESIGN AND DEVELOPMENT OF SOLAR POWERED WATER PUMPING SYSTEM FOR INDIAN VILLAGES.
ntroduction
Water is the basic need of all living being. Approximately 30% of world population lack access to water for Irinking, livestock and irrigation. Traditional technology used to access the water from available sources like pore well or open well employ water pump to lift water and store it in an overhead tank(s). these pumps are ither powered by conventional grid supply or alternative diesel generation (DG) set etc. but higher cost of uel consumed by DG set and non availability of adequate grid supply have forced scientist and engineer to hink for either a supplementary or alternative renewable energy source to produce electrical power 1,2,3,4,5,6). Solar photovoltaic energy is one of the potential source is preferred due to availability of free un fuel, straight forward technology, lower maintenance with reliable operation etc. though the solar nodules (cells) are expensive but efforts are being made to use it not only for power conversion but also for building the exterior wall or covering the roof of pump farm houses or water pump houses. Further, the lemand of electricity is increasing day by day by the growing population where as grid supply extension has Imost become standstill due to its limited resources like fossil fuel etc. and its further expansion is not ossible due to various technical and economic reasons. This has motivated the researchers to develop utility nterface solar power converter to generate power which can meet the increasing energy demand of houses ocated specially in rural sector of the country connected to weak grid supply sources. The system can work even as a standalone device in the grid less village areas. Data acquisition of demand based load profile were accessed. The computational analysis for optimal design of the components has been done and prototype nverter model has been developed and tested for its dynamic performance. The proposed system is able to bring an energy saving up to a maximum value of 60-80% of power drawn from utility supply in these rural houses.
The modeling and design of components of water pumping system include the following modules.
PV Cell
अवर अभियन्ता
ग्रामीण अभियंत्रण विभाग- पटेहरा कला
खण्ड विकास अधिकारी विकास खण्ड पटेहरा कला
