Benefits of Wireless Battery-Powered Devices

Written By Vika Kolotov

Wireless battery-powered solutions are rapidly becoming a key tool in IoT applications.

As industries continue to improve operations through automation, an update in powering methods becomes an essential part of implementation. Now, IoT connectivity can be secured utilizing a single, long-lasting wireless battery-powered device. Battery powered sensors are now available to replace hardwired sensors with benefits including long lasting life, decreased maintenance and reduction of costs.

Batteries serve to create a source of power for a variety of tools. In this day and age, batteries can be utilized to power wireless sensors in IoT devices. Examples of wireless, battery-operated sensors include household names like WiFi, Bluetooth and RFID. A key benefit of these types of sensors is that they only need to be operational for a small period of time, then go back to sleep. In the majority of wireless solutions, the battery only emits more power for the period of time needed to respond to a task. This is important because little energy will be utilized when the battery is idle, thus making the battery solution a long lasting one. Ultimately, wireless battery-powered devices last for longer periods of time.  

Wired sensors come with pitfalls which utilizing battery powered sensors may mend. The downfalls to hardwired solutions include a great deal of maintenance and increased costs. The higher costs are attributable to the labor and installation. Wireless networks are significantly less difficult to install and don’t require running wires or changing cable layouts. Due to the speedy configuration and implementation of the devices, they are operational within a short period of time.

As innovation in automation continues to thrive, so does innovation in battery powered technology. Hardwired sensors are becoming a comparatively outdated solution when pinned against the scalable and cost effective wireless solutions. Wireless battery operated sensors are often efficient and effective solutions to powering IoT implementation within industry.

Vika Kolotov
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