Electric Vehicle Supply Equipment

China Manufacturer of 240kW Ultra-Fast EV Charger

As a China-based Manufacturer, I deliver the 240kW Ultra-Fast EV Charger to power fleets, malls, and service stations with rapid, reliable DC charging. This unit is designed for high throughput, with up to 240 kW output, smart load balancing, and industry-standard connectors (CCS2/GB/T) to cover global markets. Built tough for outdoor installations (IP67, wide operating temperatures), it supports remote diagnostics, OTA firmware updates, and proactive maintenance alerts. My team offers OEM/ODM options, custom branding, and scalable configurations to fit single-charger sites or networked hubs. We provide factory-direct pricing, flexible lead times, and full documentation for CE/UL certifications. In short, you’ll get a robust, easy-to-service charger that accelerates your charging network rollout, reduces total cost of ownership, and keeps your customers happy with almost zero downtime. If you’re in China or abroad and you’re looking for a reliable partner who can meet strict timelines, I’m your go-to Manufacturer.

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240kW Ultra-Fast EV Charger Products Sets the Industry Standard

Global buyers are prioritizing speed, reliability, and interoperability in DC fast charging. The 240 kW ultra-fast charger sets the industry standard by delivering high-power charging with broad vehicle compatibility, enabling many EV models to reach 80% in minutes. It supports multi-standard interfaces and modular configurations, letting operators scale from single-site depots to networks. With open protocols and international standards, it integrates with fleet management and payment platforms for seamless procurement. Built for outdoor use, it features efficient cooling, modular power modules, and robust protections to maximize uptime in diverse climates. Real-time monitoring, remote diagnostics, and firmware updates reduce service costs. Secure user access, flexible payment options, and API integrations deliver a smooth charging experience for drivers and fleets. For global purchasers, standardized footprints and straightforward installation support long-term serviceability across regions.

240kW Ultra-Fast EV Charger Products Sets the Industry Standard

Model Code Max Power (kW) Output Ports Connector Type(s) Nominal Input Voltage (VAC) Output Voltage Range (VDC) Efficiency (%) Standby Power (W) IP Rating Operating Temperature (°C) Certifications
PHR-240A-01 240 2 x 120 kW CCS2, CHAdeMO 400-480 VAC 3Ø 200-1000 96.5 50 54 -20 to 50 IEC 61851-1, IEC 62196-3, CE, UL 2202
PHR-240A-02 240 2 x 120 kW CCS2, CHAdeMO 480 VAC 3Ø 200-1000 96.0 48 54 -20 to 50 IEC 61851-1, IEC 62196-3, CE, UL 2202
PHR-180A-01 180 2 x 90 kW CCS2 400-480 VAC 3Ø 200-800 95.8 40 54 -20 to 50 IEC 61851-1, IEC 62196-3, CE
PHR-320A-01 320 2 x 160 kW CCS2, CHAdeMO 480 VAC 3Ø 200-1000 97.0 60 54 -25 to 55 IEC 61851-1, IEC 62196-3, CE, UL 2202
PHR-240B-01 240 2 x 120 kW CCS2, CHAdeMO 400-480 VAC 3Ø 250-1000 96.3 52 54 -20 to 50 IEC 61851-1, IEC 62196-3, CE

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240kW Ultra-Fast EV Charger Market Leader Where Service Meets Innovation

Global Regional Deployment Momentum of Ultra-Fast Chargers (2020-2025)

Data Dimension: Deployment Index by Region (Yearly)

Explanation: This chart shows deployment momentum for ultra-fast EV chargers across three major regions from 2020 to 2025. The Deployment Index is a normalized indicator that blends installed base, charger utilization, uptime, maintenance responsiveness, and network reach to enable cross-region comparison. The lines reveal how market maturity, policy support, grid readiness, and consumer adoption shape growth trajectories. Asia-Pacific accelerates strongly after 2022, driven by aggressive network expansion, favorable procurement programs, and rapid EV adoption, leading to a steep index rise. Europe follows with steady growth, supported by standardized interoperability, higher urban density, and investments in reliability, spare parts, and cross-border harmonization. North America starts later but catches up quickly due to fleet electrification pilots, growing charging corridors, and strengthening service platforms that reduce downtime. The gap between regions narrows as markets scale, yet distinctive curves persist due to regulatory environments and grid constraints. The "service meets innovation" theme is visible in the index through maintenance efficiency, predictive diagnostics, remote monitoring, and modular hardware that minimize mean time to repair. Regions with more capable service networks convert new installations into high-utilization assets faster, sustaining higher indices even as upfront costs rise. The chart suggests that success depends on more than hardware alone; it requires intelligent service ecosystems, standardized interfaces, and resilient supply chains. This means deploying modular chargers that are easy to upgrade, building multi-brand interoperability, and investing in remote management to optimize uptime and energy throughput. For stakeholders, the insight is twofold: accelerate deployment speed in developing markets while strengthening service capability in mature ones to sustain growth. In practice, leaders combine hardware innovation with robust service platforms, scalable maintenance operations, and data-driven optimization to ensure performance, reliability, and user satisfaction across a growing network. Ultimately, the trajectory indicates that owning the market requires a balanced approach of rapid deployment and uncompromising service quality.

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