The trauma faced by consumers and the pain of the Galaxy Note7 recall that Samsung Electronics is going through is unfortunate. The reported incidents of flaming devices highlight both the persistent need for portable energy storage and the problems with our dependence on chemical lithium-ion batteries.

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While portable, high-energy battery density lithium has been a boon for mobile computing and sensor pervasive in many areas that are useful in our lives, they continue to be a bane for some undesirable characteristics: recharge time is long, which leads to anxiety battery and hunting constantly for the socket to recharge; Low life cycle, which leads to an increase in landfill waste management burden; and the nature of the unsafe and environmentally unfriendly chemical.

All these make the nagging problem of chemistry, cell rechargeable batteries disturbing, and very dangerous to use, especially when you consider a large number of storage cells chemical energy in everything around us.

Lithium-ion batteries are, by and large, safe as demonstrated by the millions of devices using them over the years. However, since active chemistry is taking place in these cells, the risk of runaway thermal breakdown is never completely removed.

Instead of waiting for promises of a safe lithium-ion battery technology, which may be too expensive or too far out in the future, a new generation of higher energy hybrid-supercapacitors offers a choice available today.