Aenert. Research Laboratory newsHeutzutage engagieren sich viele große Player und Start-ups aktiv in der Elektrofahrzeugindustrie und kämpfen um die Entwicklung sichererer und effizienterer Batterien. Ein Batterietyp, der in letzter Zeit zunehmend Beachtung gefunden hat, sind Festkörperbatterien. Im Gegensatz zu Lithium-Ionen-Batterien verwenden sie einen festen Elektrolyten, wodurch auf...
Aenert. Research Laboratory newsWässrige Zink-organische Batterien (ZOBs) sind eine recht moderne Batterieklasse, die alle vorteilhaften Eigenschaften von Zink-Ionen-Batterien und organischen Kathodenmaterialien aufweist: Sie nutzen erneuerbare Ressourcen und wirken sich positiv auf den CO2-Ausstoß aus. Insbesondere die Einstellbarkeit ihrer Molekülstruktur und die Vielfalt der organischen...
Aenert-Neuigkeiten. Energieressourcen und Infrastruktur Heute ist Graphit das am meisten diskutierte Material unter den sogenannten „kritischen“ Materialien für zukünftige Entwicklungszwecke. Dies kommt nicht überraschend, da zahlreiche Experten schon seit langem auf ein wachsendes Ungleichgewicht zwischen Produktion und Nachfrage bei Graphit hinweisen. Nachdem China im Oktober dieses Jahres Exportbeschränkungen für eine Reihe...
Aenert. Research Laboratory newsIt is common knowledge that cold weather and electric batteries do not go together well as most of them lose their efficiency in cool temperatures. This is mainly due to the liquid electrolyte contained in lithium-ion batteries. This battery component transfers ions between two electrodes which causes the battery to charge and discharge. At temperatures below zero,...
Aenert. Research Laboratory newsAlongside increased efforts to come up with new, more abundant and also more sustainable materials to create batteries, scientists are also trying to improve existing battery types by enhancing their stability and durability. This led them to have a closer look at an ingredient found in many toothpastes. The ingredient is called sodium fluoride and is a compound of...
Aenert. Research Laboratory newsThere is common consent that batteries will play a key role in future mobility, whether in stationary energy systems, e-cars, buses or electric motorcycles. Therefore, scientists around the globe are working hard to improve existing battery technologies and make production processes easier. One of the most important steps in lithium-battery production is...
Aenert. Research Laboratory newsOne of the most quickly evolving areas in energy science is batteries. Batteries play an important part in reducing the effects of climate change, as they can be applied in electric vehicles and used for energy storage in the electric grid. Lithium metal batteries are among the most promising types of batteries in today's energy market. These anodes have a far...
Aenert. Research Laboratory newsMost of today’s cars derive energy from burning petrol or diesel. In 2021 fossil fueled powertrains accounted for 92% of all light-duty vehicle sales at a global level. However, there is a growing number of vehicles which get power directly from a stack of batteries. These batteries are similar to lithium-ion (Li-ion) batteries in mobile phones, but form a pack...
Aenert. Research Laboratory newsIn search of more reliable devices for energy storage which are able to power homes, cell phones or e-vehicles, scientists are exploring possibilities of designing batteries without are and hard-to-provide elements. One of the major drawbacks of modern battery technology is that they rely heavily on a scarce metal: cobalt. Cobalt is mainly won in African mines,...
Aenert news. Research Laboratory newsIn the quest for more efficient and reliable methods to store energy, research on new and improved battery technologies plays an important role. One of the key areas which holds great promise are solid-state batteries. A solid-state battery is a battery technology that uses solid electrodes and a solid electrolyte. However despite their great potential there still...
