[:en]At the trade fair CEATEC that\u00a0 took place in Japan, Panasonic introduced a flexible lithium ion battery thickness of only 0.55 mm.<\/p>\n
Although it is still in the early development stages, the battery has successfully passed the test while retaining the charge during bending, twisting and other deformations.<\/p>\n
Panasonic developed for a battery new laminated outer body and inner structure, which makes it difficult for leakage and overheating makes the battery more reliable than standard. As we have seen in the case of mobile phones Samsung Galaxy Note 7, lithium-ion batteries can be extremely unreliable, and even explode due to the reaction of oxygen bubbles (which appears due to overheating during charging) with lithium inside the battery.<\/p>\n
Although the capacity of the battery is still too low for mobile phones (from 17.5 mAh to 60 mAh, while cell phones need a few thousand mAh), at Panasonic are hoping that in the early stages of commercialization battery could find its place in a low-power devices such as smart cards or smart clothes.<\/p>\n
\u00a0<\/span>[:hr]Panasonic je na CEATEC sajmu odr\u017eanom u Japanu predstavio savitljivu Litij-ionsku bateriju debljine samo 0.55 mm.<\/p>\n Iako jo\u0161 uvijek u ranim fazama razvoja, baterija je uspje\u0161no pro\u0161la testiranja zadr\u017eavaju\u0107i naboj prilikom savijanja, izvrtanja i drugih deformacija.<\/p>\n Panasonic je za bateriju razvio novo razvijeno laminirano vanjsko tijelo i unutarnje strukture \u0161to ote\u017eava propu\u0161tanje i pregrijavanje te \u010dini bateriju pouzdanijom od standardnih. Kako smo vidjeli u slu\u010daju mobitela Samsung Galaxy Note 7,\u00a0 litij-ionske baterije mogu biti iznimno nepouzdane, pa \u010dak i eksplodirati zbog reakcije mjehuri\u0107a kisika (koji nastaju zbog pregrijavanja tijekom punjenja) s litijem unutar baterije.<\/p>\n Iako je kapacitet baterije jo\u0161 premali za mobitele (od 17.5 mAh do 60 mAh, dok je mobitelima potrebno nekoliko tisu\u0107a mAh), u Panasonicu se nadaju da bi u ranim fazama komercijalizacije baterija mogla na\u0107i svoje mjesto u ure\u0111ajima male snage kao \u0161to su pametne kartice ili pametna odje\u0107a.[:de]Panasonic hat an der CEATEC Messe in Japan eine flexible Lithium-Ionen-Batterie der Dicke von nur 0,55 mm vorgestellt.<\/p>\n Obwohl es immer noch in den fr\u00fchen Entwicklungsstadien ist, die Batterie hat erfolgreich den Test bestanden, w\u00e4hrend die Ladungshalte beim Biegen, Verdrehen und andere Deformationen.<\/p>\n Panasonic hat f\u00fcr den Batterie entwickelte laminierten Au\u00dfenk\u00f6rper und innere Struktur entwickelt, die macht es schwierig f\u00fcr Leckage\u00a0 und \u00dcberhitzung, das macht die Batterie zuverl\u00e4ssiger als Standard. Als wir im Fall von Mobiltelefonen Samsung Galaxy Note 7 gesehen haben, Lithium-Ionen-Batterien kann extrem unzuverl\u00e4ssig sein, und auch explodieren aufgrund der Reaktion von Sauerstoffblasen (die aufgrund den \u00dcberhitzung beim Laden tritt) mit Lithium in der Batterie.<\/p>\n Obwohl die Kapazit\u00e4t der Batterie ist immer noch zu niedrig f\u00fcr Mobiltelefone (von 17,5 bis 60 mAh, w\u00e4hrend Handys ein paar tausend mAh brauchen), im Panasonic hoffen, dass in den fr\u00fchen Stadien der Kommerzialisierung der Batterie ihr Platz in den Low-Power-Ger\u00e4te wie Smart Cards oder Smart-Kleidung finden kann.[:]<\/p>","protected":false},"excerpt":{"rendered":"