The testing phase was successfully completed, with a connected volume of 271,000 kWh, reducing approximately 240 tons of carbon emissions. When the robot is officially put into use, it will be able to meet the high-voltage shore power needs of various types of vessels. The rate of shore power connection is expected to increase by over 25%, with an annual connected volume of 2.6 million kWh, reducing carbon emissions by 2,299.18 tons.

Source：Xinde Marine News Pang Kai