Kempower Mega Satellite

The ultimate MCS and high power CCS EV chargers for electric trucks and other heavy electric vehicles, based on Kempower’s state-of-the-art technology.

Kempower Mega Satellite with MCS

The Kempower Mega Satellite with MCS plug is designed for heavy-duty electric vehicles that require reliable power levels above 1 MW even in demanding conditions. Its patent-pending cable management system and user-friendly touch screen create premium charging experiences for everyone, everywhere.

  • Charging power: Max. 1.2 MW
  • Output current: 1,500A continuous at +40°C
  • Voltage range: 150–1000 VDC*
  • Cable reach: Max 2.7 meters

*Design is future proofed up to 1,250 VDC. Full voltage range in future releases.

Kempower Mega Satellite Flex with MCS & CCS

  • Connects to Kempower Power Unit with up to 1.2 MW (MCS) and up to 560 kW (CCS) capacity
  • Integrates Kempower Satellites, Control Units, and Mega Satellites
  • Mega Satellite Flex featuring both MCS and CCS outputs
  • Up to 1,500 A MCS and 700 A CCS
  • Cable reach 5 m / 16.4 ft for CCS and 2.7 m / 8.86 ft for MCS
  • Can be equipped with a payment terminal
  • Available with DC energy meter in CE/IEC markets
  • Voltage range 150–1,000 VDC*
    *Design is future proofed up to 1,250 VDC. Full voltage range in future releases
  • Can be easily connected to existing and new Kempower distributed
    charging systems
  • Mega Satellite Flex page 
  • Future-ready: Combines MCS and CCS in a single platform
  • Flexible utilization: Dynamically allocates power where it’s needed
  • Scalable architecture: Easily expands with growing depot demand
  • High uptime: Modular, serviceable design ensures reliability

Kempower Mega Satellite with High-Power CCS

Kempower Mega Satellite with CCS plug is designed for heavy-duty electric vehicles that require reliable and continuous high charging power up to 560 kW. Its patent-pending cable management system and user-friendly touch screen create premium charging experiences for everyone, everywhere.

  • Charging power: Max. 560 kW
  • Output current: 700A continuous at +40°C
  • Voltage range: 150–1,000 VDC
  • Cable reach: Max 5 meters

Kempower Mega Satellite with Dual CCS

Kempower introduces Mega Satellite CCS2 with dual 700 A cables with simultaneous charging. The new option provides more cost-effective and space-efficient heavy-duty dispenser for charging two heavy vehicles both at up to 560 kW (at 800 VDC).

Its patent-pending cable management system and user-friendly touch screen create premium charging experiences for everyone, everywhere.

  • Charging power: Max. 2 x 560 kW
  • Output current: 700 A continuous at +40°C
  • Voltage range: 150-1,000 VDC
  • Cable reach: Max 5 meters

Payment terminals

Depending on the use case – also payment terminals are used with Mega Satellites. Read more about payment terminals and their availability on Payment terminals page.

Key benefits

  • Proven technology

    To ensure maximum compatibility, the first version of Kempower Megawatt Charging System comes with a peak power of 1.2 MW and a Kempower Mega Satellite. This solution is based on Kempower’s state-of-the-art technology.

  • Maximum flexibility

    Kempower Mega Satellite can be connected with an MCS or high-power CCS in the same system, enabling dynamic power sharing between all outputs.

  • Upgradability

    Customers in possession of Kempower’s latest technology can upgrade existing systems to MCS by combining two 600 kW Kempower Power Units.

FAQ

The Kempower Mega Satellite with MCS provides up to 1.2 MW charging power and 1,500A continuous current, while the Mega Satellite with high-power CCS delivers up to 560 kW and 700A continuous current. Both are suitable for heavy-duty EVs, but the MCS version supports much higher power and current levels.

Existing systems built with Kempower’s latest technology can be upgraded to MCS by combining two 600 kW Kempower Power Units.

A Kempower Mega Satellite can be equipped with both MCS and high-power CCS in the same system. Dynamic power sharing enables the distribution of available power between all outputs, increasing flexibility and optimizing charging resources for fleets.