Kempower has introduced a charging unit designed to serve both electric passenger cars and heavy-duty trucks from a single piece of hardware, a move that addresses one of the more expensive dilemmas facing charging network operators as electric freight transport scales up. The new Mega Satellite Flex supports the established CCS standard at up to 560 kW alongside the emerging Megawatt Charging System (MCS) at up to 1.2 MW, making it the company's first dispenser capable of switching between the two.
The timing reflects a genuine industry crossroads. CCS has been the dominant fast-charging standard for electric cars in Europe and North America for years, but it was never built for the power demands of long-haul trucking, where vehicles need to add hundreds of kilowatt-hours in the time a driver takes a mandated rest break. MCS was developed specifically to meet that need, and while it is still in early deployment, it is widely expected to become the standard for heavy-duty electric transport over the next decade. Operators planning charging sites today, whether for a retail fleet or a public corridor station, face a real question: build for the vehicles on the road now, or the ones coming in five years. For drivers curious about how connected charging infrastructure and vehicle software interact, information is increasingly available before they even arrive at a station - much the way one might download the app for a service to check compatibility and pricing in advance. download the app
Kempower's answer is to avoid forcing that choice altogether. A single Mega Satellite Flex unit can serve a CCS-equipped passenger car in the morning and an MCS-equipped truck in the afternoon, drawing from the same underlying power cabinet. That flexibility matters commercially as much as technically: unused charging capacity is dead capital, and a site that can only serve one vehicle type risks sitting idle for large stretches of the day.
What the Hardware Actually Delivers
The specifications point to a unit built for high-throughput environments rather than casual roadside stops. It supports up to 1,500 amps on the MCS side and 700 amps for CCS, with a 5-meter cable for CCS connections and a shorter 2.7-meter cable for MCS, reflecting the different vehicle geometries the two standards were designed around. An optional payment terminal allows the unit to function as a standalone public charging point rather than requiring a separate kiosk. The system is also built to work with 800-volt vehicle architectures, an increasingly common design choice among newer EV models that allows for faster charging without excessive heat buildup in the battery pack.
Fitting Into Existing Networks
Perhaps the more consequential detail is compatibility. The Mega Satellite Flex works within Kempower's existing distributed charging architecture, meaning operators who already run Kempower infrastructure can add the new unit without redesigning their electrical backbone. Distributed charging systems separate the power conversion hardware from the dispenser itself, letting a single power source feed multiple charging points and shift capacity dynamically based on demand. That architecture is what makes mixed-standard support practical in the first place, since power can be routed to whichever vehicle needs it most at a given moment.
Why Utilization Is the Real Metric
Charging hardware is expensive to install, and the economics of a site depend heavily on how many hours a day its equipment is actually delivering power. A dispenser that only serves trucks, or only serves cars, is betting on a single customer base showing up reliably. One that serves both hedges that bet. Kempower's framing, that operators get higher utilization from day one, is a direct pitch to the return-on-investment calculations that determine whether charging networks expand or stall. The Mega Satellite Flex was shown publicly at the company's Unplug & Recharge event during ACT Expo this week, with commercial availability in North America and Europe expected in July 2026.
