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AI and IOT-Based Model for Photovoltaic Power Generation

机译:基于IOT的光伏发电模型

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In recent years, it is seen that the amount of energy consumption is increasing rapidly as everyone is looking for development and economical growth; also, we have limited resources fossil fuel, electrical energy, and mechanical energy which are still maximum source of energy of the world. That is why electrical energy is one of the major components for fulfilling the needs of the world. Many analysts tried to create electrical energy in the ground of renewable sources using different sensors, so that they can reduce the use of fossil fuel and also for the fulfillment of electrical energy for different appliances. In this chapter, we are focusing on the same challenges and making it work to generate an electrical energy using sensors, i.e., photovoltaic plate, which is based on Internet of things (IoT) system for different appliance. Energy developed by photovoltaic plate is connected to the power storage circuit. Here, total power generated to exploit to different AI models approval is done through the measurable boundaries like RMSE and RRMSE.
机译:近年来,看来,随着每个人都在寻求发展和经济增长,能源消耗量正在迅速增加;此外,我们的资源化石燃料,电能和机械能量有限,仍然是世界上最大的能量来源。这就是为什么电能是满足世界需求的主要组成部分之一。许多分析师试图使用不同的传感器在可再生源的地面中创造电能,因此它们可以减少化石燃料的使用,并为不同的设备实现电能。在本章中,我们专注于相同的挑战,并使它可以使用传感器,即光伏板来产生电能,即,光伏板基于不同设备的物联网(IoT)系统。由光伏板开发的能量连接到蓄电电路。在这里,通过RMSE和RRMSE等可测量的边界来完成以利用不同AI模型的批准产生的总功率。

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