Sinexcel SEC 80kW charger is equipped with 2 DC charging connectors, which supports the output at a maximum of 1000V and 80kW full power. It is suitable to various charging scenarios and also meet most of EVs’ charging needs in the market with small footprint.
Output voltage 200-1000V, Constant output voltage 300-1000V.
Support high power charging and can output at 80kW continuously.
Compatible with all EVs in the market and meet future demands.
Support 80kW output power at maximum, to provide faster charging rate and promote user experience. Due to the modular design of the charging system, SEC 80kW can charge simultaneously, and the whole charging power can be separated equally to each connector, making the power configuration more flexible.
Power allocation: 80kW DC charging
The charger can provide up to 80kW power to 1 vehicle or up to 40kW power to charge 2 vehicles simultaneously
Operate at 80kW can charge up to 80% SOC to a 60kWh capacity EV within 30 minutes, fully meets the charging needs of most urban vehicles and can charge efficiently even in fragmented time.
SEC 80kW DC Charger is suitable for diverse urban charging scenarios, such as neighborhoods, office areas, supermarkets, and convenience stores. The compact design allows for easy installation in limited urban spaces, providing more available space. The lower power is easier to integrate into existing grids, ensuring grid stability.
Stay for 5 hours, can power the electric vehicle from 20% SOC to 100% SOC with AC connector.
Stay for less than 2 hours, can power 2 electric vehicles from 20% SOC to 80% SOC with DC connectors at the same time.
Intelligent control of heat dissipation fan:
The module can realize intelligent control of fan speed and smooth adjustment according to the detected heating states of the device for great noise control effect.
Mute mode function:
The module can be set into the mute mode to reduce fan speed by derating output. The noise can be reduced and maintained <55dB which is able to use at noise-sensitive area.
Support CHAdeMO, CCS2 charging connectors.
Customized connector options for different user needs
Due to the slim design and the modularity of Kempower S-Series charging satellite poles, they have the best power vs. footprint ratio in the fast charging market. The output of each charging pole can be up to 100 kW, 5 times as high as a standard charging pole of the same size. Thus, the poles can be arrayed in a formation where they take as little space as possible while charging, for example, four electric vehicles at the same time.
The two-channel 40 kW Kempower power module is the core of all our EV chargers. If more power is needed, just add a module. The modules are not dependent on each other, if one of them malfunctions the other still work perfectly fine.
Kempower charging system supports all the most common electric vehicle charging standards: CCS1, CCS2, CHAdeMO and Type 2 AC.
*CCS1 and CHAdeMO are available in North America.
Providing 400kW of continuous power means that the liquid-cooled satellite charger will enable vehicles to be charged more quickly by delivering higher power. This improvement will help overcome one of the last remaining barriers to the electrification of heavy-duty transport.
The charging cable included in all our fast charging stations has a patented cable management, preventing the cable from touching the ground. Due to the system, we can easily ensure that the cable won’t get dirty, wet or frozen which elongates the maintenance intervals. The cable is also longer than standard fast charging cables, so the maneuvering of the cable and charging the EV is effortless even though something is blocking the way to the charger.
The 7” touch screen display guides the EV driver through the fast charging process. The user experience is formed with graphic elements. The minimum amount of text means less hassle with language selection and no need for tailored translation processes.
We offer 500V and 800V versions depending on your vehicle’s charging voltage. Charging power from 40kW to 600 kW is available.