Long-distance EV travel depends on fast, predictable charging along highways and intercity corridors. For pure-play CPOs, success is defined by throughput under extreme peaks: keeping bays flowing, protecting uptime during congestion, and maximizing delivered kWh per site over the asset lifetime.
A liquid-cooled charging solution for corridor hubs running at ultra-high utilization under grid constraints
Liquid-cooled power delivery sustains high output even at full site occupancy, minimizing derating and maintaining consistent charging performance. By keeping bays moving and reducing queues during peak travel windows, the system maximizes kWh sold per bay – directly increasing revenue for corridor-first CPOs.
Site-level orchestration via a shared DC‑bus dynamically allocates power across connected assets, ensuring all available capacity is put to work. This minimizes energy losses, increases kWh delivered per hour, and improves charging economics while enabling integration of energy storage and peak-limiting strategies as sites grow.
A modular, standardized architecture supports rapid replication across sites while preserving resilience and failure containment at peak. As standards evolve and demand intensifies, capacity can scale without redesign – protecting uptime, future competitiveness, and lifetime return on invested capital..
Our integrated site-level solutions combine powerful system technology with advanced software and services
