ZapGo Ltd, in recognition of its Carbon-Ion™ cell technology, was selected as the winner of the IDTechEx award for Best Technical Development Within Energy Storage at the 2018 IDTechEx Show! in Berlin, Germany. This award is given to the most significant technical development within energy storage over the last 24 months as judged by an independent panel of judges. The award was presented at a ceremony at the Estrel Congress Center.
Stephen Voller, CEO and founder of ZapGo, said, “ZapGo is very honoured to have won the award for Best Technical Development Within Energy Storage. This is a recognition of the outstanding team of scientists and engineers in Oxford, UK who have developed our Carbon-Ion technology. ZapGo’s Carbon-Ion technology contains no lithium, nickel or cobalt, is fast-charging and safe, lasts 30 years and can be recycled at the end of use.”
ZapGo’s Carbon-Ion cell technology impressed the judges not only because of its design but also because of its significant safety advantages. They noted ZapGo’s technology constitutes a genuine advance over other currently existing energy storage methods such as lithium-ion.
Key data points: The growth forecast = 8.6% annually for the next 7 years. Scroll below to get more insights. This market report covers Trends, opportunities and forecasts in AB battery system market to 2031 by type (lithium iron phosphate battery + ternary lithium battery, lithium battery + sodium battery, and others), application (automotive and others), and region (North America, Europe, Asia Pacific, and the Rest of the World)
Download free sample pagesZapGo’s Carbon-Ion cell is a new category of energy storage device that incorporates patented advanced nano-structured carbons, a proprietary ionic electrolyte and improved fabrication techniques for enhanced energy density. Carbon-Ion cells work in a manner similar to supercapacitors, i.e. maintaining their ability to provide rapid charging and long cycle life. However, Carbon-Ion employs different carbon and electrolyte materials than current supercapacitors, which enables them to operate at higher voltages, thereby delivering energy densities that are more in line with current lithium-ion batteries but without any of the fire risk or safety concerns.
