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Solar Powered Smart Home Design with IoT

机译：物联网的太阳能智能家居设计

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This paper presents the design of solar powered smart home with wireless sensor network which deals with smart energy management, smart health care, smart ventilation, along with smart people management. The sensor network is spread at entrance Gate, Corridor, living room and kitchen. The two internet of things(IoT) design prototypes are used for wireless communication first one is developed by using Bluetooth for short range offline communication and another by using Global system for mobile communication(GSM) for long range offline communication. ZigBee and Wi-Fi is used for online control and monitoring. The smart home derives power from the solar panel through Maximum powerpoint tracking(MPPT) controller which provides maximum efficiency. Internal infrastructure is able to take action against certain unpredictable situation when owner may not present in the home. The owner is also notified about the problem that has been occurs. A hardware model is developed with proper sensor control scheme. This model is developed to provide online and offline control and monitoring of smart home. All power requirement of smart home is meet by self-generated solar power. The complete system is designed in the laboratory.
机译：本文介绍了具有无线传感器网络的太阳能智能家居的设计，该网络涉及智能能源管理，智能医疗保健，智能通风以及智能人员管理。传感器网络分布在入口门，走廊，客厅和厨房。这两个物联网（IoT）设计原型用于无线通信，第一个是通过蓝牙用于短距离离线通信而开发的，另一个是通过全球移动通信系统（GSM）用于远程离线通信的。 ZigBee和Wi-Fi用于在线控制和监视。智能家居通过提供最大效率的最大功率点跟踪（MPPT）控制器从太阳能电池板获取电力。当业主可能不在家里时，内部基础设施能够针对某些不可预测的情况采取措施。还向所有者通知已发生的问题。使用适当的传感器控制方案开发了硬件模型。开发该模型是为了提供智能家居的在线和离线控制与监视。智能家居的所有电力需求都可以通过自行产生的太阳能来满足。完整的系统是在实验室中设计的。

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