Electric Vehicle Supply Equipment

China Manufacturer: 240kW Dual CCS2 DC Fast Charging Station

From a practical viewpoint, I am excited to introduce our 240kW Dual CCS2 DC Fast Charging Station, designed for fast-turnaround charging across fleets, retail hubs, and highway corridors. As a China manufacturer, we deliver reliable, scalable power delivery with dual CCS2 ports, synchronized cooling, and intelligent load management to maximize uptime. I built it to meet demanding B2B needs: rapid 0-80% fill in under 25 minutes, hot-swappable modules, and plug-and-play integration with common ERP and energy management systems. When you partner with me, you gain lifetime support, remote diagnostics, and firmware updates that keep pace with evolving charging standards. This unit fits both new builds and retrofit projects, supports parallel charging, and uses high-efficiency power electronics to reduce total cost of ownership. If you’re a buyer looking for a trusted China manufacturer, I can tailor the configuration: voltage, connector, and communications for your network. Let’s power fleets responsibly and profitably.

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240kW Dual CCS2 DC Fast Charging Station Factory Factory-Direct Excellence

Introducing a 240kW dual-port CCS2 DC fast charging station engineered for high-throughput EV sites. The unit delivers up to 240kW combined power with intelligent dynamic load balancing to charge two vehicles simultaneously, reducing queues and maximizing station utilization. Modular design and high-efficiency power electronics ensure low losses and reliable operation; advanced thermal management, IP-rated enclosures and wide input range enable all-weather performance. CCS2 compliance, OCPP support, remote monitoring, smart payment integration and OTA updates provide seamless integration with existing networks. Factory-direct procurement offers competitive pricing, transparent lead times and volume scalability without middleman markups. Each charger undergoes rigorous factory testing and can be customized for power allocation, mounting, signage and firmware options. Global logistics-friendly packaging, spare-part kits, commissioning support and warranty coverage simplify deployment and protect uptime. For international buyers prioritizing performance, cost-effectiveness and dependable after-sales support, this factory-direct solution accelerates EV infrastructure rollouts.

{ 240kW Dual CCS2 DC Fast Charging Station Factory Factory-Direct Excellence}
Parameter Specification
Model 240 kW Dual CCS2 DC Fast Charger (two independent CCS2 outlets)
Rated DC Output Total 240 kW (2 × up to 120 kW concurrently; dynamic power sharing supported)
Output Voltage Range 200 V DC – 1000 V DC
Maximum Output Current (per connector) Up to 300 A (per CCS2 outlet, application-dependent)
AC Input 3-phase, 380–480 VAC ±10%, 50/60 Hz
Maximum Input Current Approximately 360 A (depends on site configuration and power factor)
Peak Efficiency ≥ 96% (AC to DC conversion at nominal load)
Power Factor > 0.99 (active PFC)
Connectors 2 × CCS2 sockets (DC) with tethered cables, liquid-cooled cable option available
Cable Length Standard 4.5 m (other lengths configurable)
Cooling Method Liquid-cooled power modules + forced air for cabinet (optimized for sustained high-power sessions)
User Interface 10.1" color touch display, multi-language menus, status LEDs
Communications OCPP 1.6 JSON (standard), OCPP 2.0 compatible backend, Ethernet, Wi‑Fi, optional 4G LTE, support for ISO 15118 (Plug & Charge)
Energy Metering Integrated DC energy meter; accuracy typically ±0.5% (MID-certified meter optional)
Standards & Compliance IEC 61851-23 (DC EVSE), ISO 15118-2 / -20 support, EMC to EN/IEC standards, CE & RoHS compliant
Safety Protections Over/under voltage, overcurrent, short-circuit, over-temperature, DC residual current monitoring, earth fault detection, automatic shutdown & restart
Operating Temperature -30 °C to +50 °C (ambient), derating above 40 °C
Ingress & Impact Rating IP54 (cabinet) / IK10 front panel (typical for public installations)
Humidity & Altitude Up to 95% RH non-condensing; operational up to 2000 m above sea level (altitude derating applies)
Dimensions (HxWxD) Approx. 1650 × 700 × 500 mm (cabinet, excluding mounting/inlet accessories)
Weight Approx. 260 kg (configuration-dependent)
Typical Charge Time (example) 0–80% for a 60 kWh battery on a compatible vehicle: ~18–25 minutes at peak power (vehicle-dependent)
User Authentication & Payment RFID card reader, backend payment via OCPP, support for Plug & Charge (ISO 15118)
Installation Requirements Dedicated 3-phase supply, site earthing, space for cabinet and cable management; recommended professional commissioning and grid connection study
Service & Maintenance Modular power units for field replaceability; remote diagnostics and firmware updates; periodic maintenance recommended
Warranty Standard limited warranty (e.g., 24 months) with optional extended service agreements available

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240kW Dual CCS2 DC Fast Charging Station Factory Dominates

Adoption Trend: Units Shipped vs. Market Share for 240kW Dual CCS2 DC Fast Chargers (2021–2026)

The chart above tracks two complementary dimensions of the 240kW dual CCS2 DC fast charger segment between 2021 and a 2026 projection: total units shipped (left axis, absolute units) and estimated market share percentage (right axis). The units shipped line shows an accelerating deployment pattern driven by expanding EV fleets and increased infrastructure investment at fleet depots, highway corridors and high-traffic urban hubs. Early years (2021–2022) represent pilot deployments and initial manufacturing ramp-up. From 2023 onward the slope steepens as economies of scale, improved supply chain resilience, and streamlined installation practices reduce per-unit cost and shorten time-to-market. The market share curve reflects the product’s relative dominance within the high-power fast charging category: modest penetration in 2021 shifts to a rapid capture of share in 2023–2025 as interoperability advantages (dual CCS2 ports per cabinet), higher delivered power per connector, and better uptime metrics attract large commercial customers and network operators. By 2026 the projection shows a majority share position, indicating this 240kW dual-connector architecture is expected to become a preferred solution for high-throughput locations. Important caveats include potential regional deployment differences, regulatory influences on grid upgrades, and competition from alternative charging architectures or standards. The visualization underscores how manufacturing scale and network adoption reinforce one another: growing shipments lower costs and increase installation visibility, which in turn accelerates market share gains. Stakeholders should monitor grid capacity planning, standardized communications protocols, and total cost-of-ownership comparisons to validate sustained dominance beyond the projection horizon.

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