能源收獲傳感器授權工業(yè)物聯(lián)網(wǎng)

　　持續(xù)的技術合作企業(yè)和云服務提供商之間的連接更加多樣化的設備的物聯(lián)網(wǎng)產(chǎn)業(yè)創(chuàng)造了一系列新的機會（IIoT）。在云，能量收集技術和超低功耗無線電傳輸?shù)?a target='_blank' class='arckwlink_none'>機器學習相結合，提供了一個靈活的基礎設施，用于監(jiān)測建筑物和設備，而不需要硬連線的電源或通信連接。

　　能量采集無線傳感器和開關非常適合智能建筑應用。從他們的環(huán)境的熱量，光或運動的動力，他們不需要電池獲取和發(fā)送數(shù)據(jù)。這使得溫度，濕度和運動傳感器，以及執(zhí)行器，被放置在幾乎任何地方。使用的無線協(xié)議允許傳感器彼此通信和一個控制器，或“網(wǎng)關”，它可以連接到云，使“智能”的建筑范式。這允許用戶監(jiān)視和控制他們的家園或辦公室從任何地方與互聯(lián)網(wǎng)連接。

　　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 ‘a(chǎn)vatar’ 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.