MCV Unveiled New Version of the C127 EV with 497 kWh LFP Battery at BUS2BUS 2026 (and Wins Award with the H2 Model)

Why It Matters

The larger LFP battery extends range and lowers total‑cost‑of‑ownership, while the award‑winning hydrogen model validates fuel‑cell buses as a viable complement in decarbonising city fleets.

Key Takeaways

• C127 EV now uses 497 kWh LFP battery from CATL.
• Battery capacity increased from 462 kWh to 497 kWh.
• 150 kW CCS‑2 fast charging supports rapid turnaround.
• Driventic VEDS provides 410 kW peak power for drivetrain.
• C127 FC wins Busplaner Sustainability Award for hydrogen technology.

Pulse Analysis

The shift to lithium‑iron‑phosphate chemistry reflects a broader industry move toward safer, longer‑lasting batteries. CATL’s LFP packs deliver comparable energy density while eliminating cobalt, reducing raw‑material risk and cost volatility. For operators, the 497 kWh capacity translates into roughly 30‑35 km additional range per charge, a critical factor for dense urban routes where charging windows are tight.

MCV’s modular battery layout, coupled with a 150 kW CCS‑2 fast‑charging interface, enables rapid top‑ups in under an hour, aligning with depot turnaround schedules. The revamped 24‑volt electrical system, featuring electric power steering and an electronic handbrake, simplifies maintenance and improves vehicle reliability. Meanwhile, the Driventic VEDS drivetrain, rated at 410 kW peak, offers robust acceleration for stop‑and‑go traffic, enhancing passenger comfort and schedule adherence.

Winning the Busplaner Sustainability Award spotlights MCV’s hydrogen strategy. The C127 FC’s 100 kW fuel cell, paired with a 117 kWh battery and 40 kg of stored hydrogen, provides a flexible energy buffer that mitigates range anxiety and supports longer routes without frequent charging. As European cities tighten emissions standards, fuel‑cell buses present a zero‑tailpipe alternative where electrification infrastructure lags, positioning MCV as a dual‑technology supplier ready for the next decade of sustainable transit.