What are the 21 application trends of sensors in the future?
In today's rapid development, our requirements for sensor technology are constantly changing, hoping that sensors can achieve more measurements.
For example, we have been working hard to improve efficiency. In the past, we did not focus on measurement, but on cost savings. But now, we have transitioned from a world dominated by mechanical measurement principles to a digital age using sensor technology, which directly leads to more expectations for sensors.
Digitalization has a positive impact on cost, quality and production lead time. We want to produce more and faster. This has led to our growing demand for smart sensors-sensors in the future will be smarter and more accurate.
Therefore, it can be predicted that the sensors in the next few years will move towards smarter, more accurate, faster, wireless, safer, self-learning, smaller and standardized development trends.
The rapid development of sensor innovation and chip-level sensor fusion will lead to 21 sensor trends in future applications:
1. Predictive maintenance of machines and equipment will become more effective, easier, cheaper and improve uptime. In the future, maintenance will rely on sensors instead of maintenance based on a demand-based schedule.
2. Safety will also be improved, because unsafe situations will be easy to predict.
3. Autonomous sensor technology will become possible, it has an integrated power supply and long-distance wireless connection.
4. The sensor will self-learn during the entire service life, without maintenance, modification or calibration.
5. The possibilities and application areas of robotics technology will greatly increase.
6. New chip-level technologies are emerging. As transmitters, receivers and printed circuit boards are getting smaller and smaller, sensor fusion will have more possibilities.
7. More sophisticated detection will be possible...the technologies will cancel each other out.
8. Sensors will increasingly provide a better understanding of our behavior. This will lead us to set other requirements in terms of air quality, travel, car maintenance, lifestyle, insurance, energy consumption, etc.
9. The livestock can be managed fully automatically. Precision agriculture will also be within reach.
10. Farmers’s yields will be greatly improved, enabling them to better compete with high quality and crop yields. Sensors will be increasingly used to study soil quality, climate, crops, diseases, plague and weeds.
11. Farmers' (production) costs will be reduced, and working conditions in fields and stalls will be improved.
12. The new lidar system will equip self-driving cars with real "vision".
13. Football will be equipped with sensor technology.
14. We will use synthetic sensors.
15. Cities will become smarter, and we will be able to "perfect" the ecosystem. For example, flood management, air quality, blue algae, parking lots, safe playgrounds, monumental trees will survive, and soil conditions will be improved.
16. Components will replace the role of human senses. Data will become more reliable and collected continuously. The data will be converted into useful information using smart software and algorithms.
17. We will increasingly make more decisions based on the sensor information we collect. We will no longer let things be full of opportunities.
18. We will encounter sensor technology in all aspects of life.
19. We will use more sensors to improve the environment, improve energy management and build green office buildings.
20. The sensor will be a highly integrated measurement module that is easy to use and can be quickly adjusted according to the application used.
21. The sensor will become a true "smart sensor": an intelligent measurement unit that can monitor itself, transmit status diagnosis to the operating system and create a reliable measurement and calibration data network.
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