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Embedded controller in farmers pump by solar energy (Automation of solarised water pump)

机译:太阳能嵌入式控制器在农民泵(自动化水泵的自动化)

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The primary aim of this project is to develop and atomize the solar farmers pump (water pump) considering the power supply, direct current (DC), Alternating current (AC), inverter frequency, a well, water level in the well, submersible monoblock pump. Here we introduce an advanced technique with GSM module. The solar pumps which work by utilizing the energy from the SOLAR ARRAYS and the power from the PV are stored in a battery. The power from the battery is inverted and given to the pump for irrigation. This pump is also controlled by the GSM module. The use of GSM mode is to start and stop working of pumps using mobile phone; the water level monitoring is also done by the GSM mode which this also provides the message for each hour. This is done with the embedded C in PIC16F877A microcontroller. The main advantage of this project is optimizing the power and also saving government's free subsidiary electricity (22% of total power production in India). This proves an efficient and economy way of irrigation and this will automate the agriculture sector.
机译:考虑到电源,直流(DC),交流(AC),逆变器频率,井,水平,井下潜水单块,潜水单阻抗,潜水单块的电源,直流(DC),交流电流(AC),逆变器频率,水平,水平,潜水频率泵。在这里,我们使用GSM模块介绍了先进的技术。通过利用来自太阳阵列的能量和来自PV的电力的能量存储在电池中的太阳能泵。来自电池的电力反转并给予泵以进行灌溉。该泵也由GSM模块控制。使用GSM模式是使用手机启动和停止泵的工作;水位监测也由GSM模式完成,这也为每小时提供了消息。这是通过PIC16F877A微控制器中的嵌入式C完成的。该项目的主要优势是优化电力,也能节省政府的免费子电力(占印度总电力生产的22%)。这证明了一种有效经济的灌溉方式,这将自动化农业部门。

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