能源收获传感器授权工业物联网

　　能源收获传感器授权工业物联网

　　持续的技术合作企业和云服务提供商之间的连接更加多样化的设备的物联网产业创造了一系列新的机会（IIoT）。在云，能量收集技术和超低功耗无线电传输的机器学习相结合，提供了一个灵活的基础设施，用于监测建筑物和设备，而不需要硬连线的电源或通信连接。

　　能量采集无线传感器和开关非常适合智能建筑应用。从他们的环境的热量，光或运动的动力，他们不需要电池获取和发送数据。这使得温度，湿度和运动传感器，以及执行器，被放置在几乎任何地方。使用的无线协议允许传感器彼此通信和一个控制器，或“网关”，它可以连接到云，使“智能”的建筑范式。这允许用户监视和控制他们的家园或办公室从任何地方与互联网连接。

　　Smart buildings are being enabled by companies offering a ‘platform as a service’ （PaaS） solution， which puts the technology needed to monitor and control smart devices in the cloud. In order to deliver a complete solution， PaaS providers are now working with technology providers to better integrate their offerings. This often involves creating an ‘avatar’ of the real-world device， which remains synchronized with the switch or actuator being controlled. The duality provides local and remote control or monitoring without introducing unnecessary delay into the system， and it brings together two distinct technology domains. Wireless protocols vying for market share in the IIoT include general purpose standards such as Bluetooth， ZigBee， and Thread， as well as more focused proprietary solutions.