In the next six years, the Internet of Things is expected to drive a large number of remote and wireless sensor nodes in the market.
Gartner believes that by 2020, the number of sensor nodes installed and operating globally will reach 30 billion. Many remote sensor nodes can support industrial applications, such as factory automation, intelligent buildings, intelligent transportation systems, etc., and must rely on the small amount of power supplied by batteries or energy harvesting systems.
The small amount of voltage provided by the battery or remote energy harvester can be converted with a low-power analog IC to the extent that it can satisfy most circuits. It can also be used to enhance (and sometimes linearize) weak output signals from remote sensors, as well as provide data conversion to convert analog signals into data types for use by embedded processors or controllers. In addition to remote sensor nodes, it can support a variety of applications.
By 2017, the market for such parts for industrial condition monitoring will reach $300 million. It is still difficult to predict whether this $300 million in revenue will increase with the deployment of IoT nodes, or it may be included in the general expected industrial control expenditure. But we believe that another $155 million will be spent on consumer applications such as smart home monitors.
In the next five to ten years, low-power wireless sensor electronics must focus on how to improve energy harvesting equipment to reduce product size and cost while increasing the power output of the device. Existing energy harvesters are bulky and cumbersome, expensive, and inefficient. The same is true for the three major environmental energy harvesters, such as solar energy, thermal gradients and vibration.
Energy harvesting technology has become a mainstream market still needs to wait for a long time
For researchers and product development teams, these three devices have the same contradiction: if you want to collect more energy, the area requirement of the equipment is greater, and it is always difficult to miniaturize the product. Solar, thermal, and piezoelectric vibration energy harvesters must also have specialized materials. Gartner predicts that energy harvesting technology will take 10 years to leapfrog the mainstream.
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