Future Market of the DSC Self-Powered Module
Gartner, the world’s leading research and advisory company, had predicted that the IoT devices would increase to 26 billion units in year 2021. On the other hand, a report of ABI Research company of America had stated that the global BLE related IoT devices would reach over billions. As DSC module supplies power for those who rely on disposable batteries, this innovated product may avoid intense red-ocean competition and add value to cooperatives by gaining more profit. TDP had tested the self-powered module and planned out three marketing channels/ strategies with several greater China customers. The potential of TDP and DSC module is not to be underestimated.
Current Issues of the IoT Wireless Sensors
A lot of changes and new challenges have been brought out as the era of IoT has risen. The most important and difficult issue is the power supply and power endurance. Currently, most of the wireless sensors (ex: locators, thermometers) rely on the power of disposable batteries. However, this method of power supply has caused tremendous inconvenience on maintenance. Huge costs (especially human resource) are required for checking on and changing batteries. In addition, disposable batteries have caused serious environmental pollution. Not to mention that the power stability of the sensors would affect the solidity of the system domain. Although manufacturers have been producing innovated applications and products, the user experience of customers and system functions would still be limited by the series of problems that disposable batteries have caused.
【EVENTS】Paper released by The Royal Society of Chemistry
TDP partners: Department of Applied Chemistry, National Chi Nan University. Paper released by The Royal Society of Chemistry
【AWARDS】Excellent Industry Upgrade Awarded by Taiwan Minister of Economic Affairs
Place: DOZO Restaurant, 1F, No. 102, Guangfu South Road, Taipei, Taiwan
【AWARDS】Excellent PV Product Award of Taiwan
Place：Taipei Nangang Exhibition Center, Hall 1 (Booth：K1120)