Over the years, the number of IoT devices is growing substantially and has caused a kind of “dependence” of mankind on batteries. It is a well-known fact that batteries are very harmful to the environment, and over time these impacts can become unrecoverable.
What exactly are the “big issues” in the IoT world?
Replacing the battery when it is hard to reach or even out of reach is a blot on the IoT picture. This fact is not only a disadvantage of some IoT technologies, which reduces the performance and efficiency of the device but also raises a huge environmental threat.
Why?
When a non-rechargeable battery has exhausted its charge, and it is inaccessible for replacement, it begins a new “stage of life”, namely the release of toxic substances into the environment. This is the big environmental issue of the emitted toxic substances of batteries and accumulators, after the expiry of their service life.
How engineers are trying to solve this problem, is it possible?
Yes, it is possible to solve this problem. At scientific conferences, this topic is touched upon more and more, and new technologies are being developed to collect energy in more environmentally friendly ways. There are already several technologies that will use energy from the battery at a minimal and strive not to use batteries at all.
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Silicon Catalyst, the only incubator + accelerator focused on the global semiconductor industry, including Chips, Chiplets, Materials, IP and Silicon fabrication-based Photonics, MEMS, Sensors, Life Science and Quantum, announces that TD Shepherd has joined as the newest member of the company’s In-Kind Partner (IKP) ecosystem.