A single charging dispenser that can serve both a passenger EV and an electric semi-truck without separate infrastructure marks a meaningful shift in how charging networks get built. Kempower has introduced the Mega Satellite Flex, a high-power charger capable of delivering up to 560 kW through the established CCS standard or up to 1.2 MW through the newer Megawatt Charging System, the protocol emerging specifically for heavy-duty electric trucks.

The announcement came this week at ACT Expo, where Kempower revealed the product during its Unplug & Recharge event for customers and partners. The timing is deliberate. Fleet operators and charging site developers are currently weighing how much to invest in MCS infrastructure while CCS remains the dominant standard for cars, vans, and many commercial vehicles already on the road. For anyone comparing how charging providers structure their offerings across use cases, a resource like a breakdown of what each plan includes illustrates how tiered technical options are increasingly presented to buyers, whether in charging hardware or other infrastructure-heavy technology sectors.

Why One Charger for Two Standards Matters

Building EV charging infrastructure is capital-intensive, and site developers have historically had to choose: install CCS dispensers for cars and light trucks, or invest separately in MCS equipment once heavy-duty trucks arrive in meaningful numbers. Kempower's approach collapses that decision. A single Mega Satellite Flex unit can output through either connector type, meaning a charging site built today does not need a second construction phase when electric trucking scales up. That reduces both cost and the disruption of retrofitting a live site.

The charger also supports 800-volt vehicle architectures, a detail that matters more than it might first appear. Many newer EV platforms, including several premium and commercial models, use 800-volt systems specifically because they allow faster charging without the excessive heat and cable thickness that higher current at lower voltage would require. A charger that cannot take advantage of 800-volt architecture effectively leaves performance on the table.

The Technical Specifications

Kempower's figures give a clear sense of scale. The unit supports up to 1,500 amps for MCS output and 700 amps for CCS, with cable lengths of 5 meters for CCS and 2.7 meters for MCS. An optional payment terminal can be integrated directly into the unit, a practical touch for public or semi-public sites serving mixed fleets and independent drivers.

• CCS output: up to 560 kW, 700 amps, 5-meter cable
• MCS output: up to 1.2 MW, 1,500 amps, 2.7-meter cable
• Compatible with Kempower's existing distributed charging architecture
• Optional integrated payment terminal

Because the Mega Satellite Flex works within Kempower's existing distributed charging system, operators who already run Kempower infrastructure won't need to rebuild their power distribution or software backend to add the new dispenser. That compatibility is arguably as important as the raw power figures, since it lowers the barrier for existing customers to adopt the dual-standard hardware without a full system overhaul.

What This Signals for the Charging Market

The heavy-duty EV sector faces a particular version of the classic infrastructure dilemma: trucking companies are reluctant to buy electric trucks without confidence that charging will be available along their routes, while charging companies are reluctant to build MCS infrastructure without confirmed demand. A flexible charger that serves both markets from a single installation lowers the risk on the infrastructure side, since site owners can generate revenue from passenger and light-commercial CCS charging immediately while positioning for MCS demand as it grows.

Kempower has set a North American and European launch for July 2026, giving fleet operators and site developers more than a year to plan deployments around it. Given how capital planning cycles work in infrastructure, that lead time is not incidental - it gives utilities, site hosts, and truck manufacturers a fixed point to coordinate around as the megawatt charging ecosystem takes shape.