Launched in December 2015 and introduced at TOC Europe 2016, Kalmar FastCharge is the port industry’s first fast charging solution for electric powered shuttle and straddle carriers. It is based on the same opportunity charging technology that is used in electric buses with modern Lithium-ion (Li-ion) batteries. The charging station with a pantograph direct current charging system is located flexibly on the working route of the machines at a terminal. Charging happens during the idle time in the machine working cycle when it stops waiting for the next container job. Normal charging in operation takes 30 to 180 seconds, and with the maximum charging power of 600 kW, full charge can be achieved in a few minutes.
What is also important is the environmental aspect of this solution. Kalmar FastCharge has zero NOX and CO2 emissions at the point of use as well as lower noise emissions which helps terminal operators minimize their carbon footprint and other environmental impacts.
Andrew Bowen, Head of Technical, Engineering and IT at DP World London Gateway, said: “DP World is committed to leading the future of global trade through innovative and sustainable solutions. So, this is a natural project for us to collaborate on with Kalmar. We want this project to be successful. It offers great opportunity to reduce carbon emissions around the port which will be of benefit to our team, our neighbours, the local environment.”
“The pilot is a key milestone for Kalmar in developing the FastCharge technology”, says Mikko Mononen, Vice President, Intelligent Horizontal Transportation, Kalmar. “That we are now collaborating with DP World London Gateway is a clear sign that the market is starting to take off and that green values are growing importance as a strategic choice for the leading terminals.”
DP World London Gateway terminal is one of the most advanced deep-sea terminals in the world, investing heavily in the state-of-the-art technologies. The port is already utilizing a fleet of Kalmar hybrid-electric shuttle carriers which reduce fuel consumption by up to 40%.