Project: Charging station for electric boat, Thailand
14 units of 300kW DC charger installed in Thailand for electric boat charging, which has 26 charging interfaces and could be charged with 13 chargers simultaneously, fully charged in 30 minutes.
Project: AC charger installed in CDC, Thailand
Product: ATESS EVA-22S-P
20 sets of 22K AC charging points are installed in CDC of Thailand, which mainly provide charging services for electric vehicles parked in CDC and solve the charging problem of new energy electric vehicles.
Project: AC charger installed in UK
Product: ATESS EVA-11S-SE
A large number of ATESS AC chargers are installed in the UK, the charging operation is simple and the IP65 protection level is high, which meets the charging demand of residents and contributes to the promotion of new energy vehicles in the UK.
Project: Hungary carshop project
The installation is done outside of a car shop in Pecs, Hungary with 4 sets of ATESS AC&DC charging station.
Project: Floor-standing charging station, UK
Product: ATESS EVA-22D-SE
Floor-standing charging station installed for a parking lot in UK.
Project: Thailand EA project
517units of AC charger and 150units of AC&DC combo charger installed nationwide in Thailand. The chargers are compatible for all brands of vehicle.
Project: Kashgar, Xinjiang,China
Installed capacity: 20 MW + 400 kW/1006 kWh
Product: SC500TL, lithium batteries
The DC side energy storage system solution provided by SUNGROW for Kashgar, Xinjiang (China) is reputed as “terminator of power generation limitation”. It is a DC bus side parallel energy storage system of PV assemblies and PV inverters without the need to change the existing AC system configuration in the PV power station. This energy storage system can store the PV power exceeding the limit power in batteries, and the stored power can be supplied with the grid is slightly idle by one charge and discharge cycle a day, thus thoroughly solving the problem of power generation limitation. This energy storage system can also substantially improve the accuracy of PV power prediction with flexible control of the PV power station output power, making the station smarter and the grid more friendly.