Real-World Use Cases for Infypower 218kWh Liquid-Cooled BESS

ICB218kWh-218kW

While the Global EV Charging Index (released in 2025) shows encouraging progress—led by China, Norway, and the U.S.—a closer look reveals a critical gap: High Power Charging (HPC, >150kW) accounts for just 9.8% of all public charging points in Europe. With an average public charging speed of only 42kW, the rollout of HPC is far from keeping pace with the growing number of EVs on the road.

One of the biggest roadblocks? Grid infrastructure limitations. For many HPC CPOs (Charge Point Operators), grid connection and transformer capacity upgrades remain among the most persistent and practical challenges. The key question becomes: How can HPC sites deliver reliable, high-power charging while ensuring fast deployment and minimizing reliance on the grid?

Infypower’s 218kW/218kWh All-in-one Liquid-cooled Battery Energy Storage System (BESS) offers a practical answer—built on years of experience across the U.S., Europe and Asia-Pacific. It’s designed to deliver power availability, thermal stability, and grid interaction when it matters most.
Real-World-Proven: Designed for HPC CPOs and Energy-Intensive C&I Facilities

Our 218kW/218kWh 1P/1C Liquid-cooled All-in-one BESS, with all key components fully developed in-house, can deliver continuous high-power discharge—ideal for peak shaving, dynamic power expansion, off-grid backup, and energy arbitrage. With the cell temperature difference controlled within 3°C and comprehensive five-level fire protection, the system ensures operational ultra reliability and safety throughout its lifecycle.

Key Features:
• Advanced PCS Technology: ≥98.7% efficiency for minimal energy loss during every conversion, environmental and economic friendly.
• 1P/1C Discharge Capability: Sustains high-power output to meet real-time HPC demand, maximizing uptime and ROI for CPOs.
• Flexible Scalability: Allows HPC operators to scale from a single 218kWh unit to multi-MWh systems simply by parallel operation, meeting growing fast charging needs without major infrastructure overhauls.
• Optional STS Cabinet: Provides off-grid backup with instant power supply in 20ms during power outages.
• Anti-Reverse Protection: Enabled by gateway AC meter and EMS
• Pre-Assembled All-in-One Design: Supports transportation with modules and batteries included, streamlining installation and accelerating deployment.
• Self-Developed Thermal Management Unit: 8kW cooling and 2.5kW heating capacity for precise temperature control.

Use Case Spotlight:
Venray, Netherlands – Overcoming Grid Bottlenecks for HPC Hub
In a recent high-speed charging project in Venray, Netherlands, the site operator aimed to deploy three 300kW dual-connector DC fast chargers—sufficient to serve six electric vehicles simultaneously at peak speeds. However, the available grid connection was limited to just 300kW, only one-third of the site's peak power demand.

To avoid costly and time-consuming grid upgrades, the operator implemented a battery-buffered solution by integrating three Infypower 218kWh Liquid-cooled All-in-one BESS units. This setup provided:
• Full-speed simultaneous charging for six EVs during peak demand hours
• On-site energy buffering, enabling peak power decoupling from the grid
• Fast deployment in days without utility-side upgrades

✅ Outcome:
• ~30% increase in overall site uptime
• Higher charger utilization rates and energy throughput
• Faster ROI compared to traditional grid upgrade timelines
• Significant grid load reduction, improving network resilience

The success of this project reflects a growing trend: BESS-supported HPC sites as a strategic enabler and accelerator for high-speed EV charging expansion—without waiting for grid infrastructure to catch up.

Same BESS solutions—ranging from single-block 218kWh setups to multi-MWh scalable configurations—have now been successfully deployed at other HPC hubs and C&I (Commercial and Industrial) manufacturing facilities across the Netherlands, Austria, and France, delivering stable energy supply when and where it’s needed most.

Final Thought: Electrification is Now. HPC Deployment Will Accelerate.
As global EV adoption and energy storage accelerate, public charging infrastructure must adapt—not only in volume, but also in average charging speed and capacity. Traditional grid upgrades are no longer the only path forward.

Infypower’s 218kWh liquid-cooled BESS is already driving results in the real world—from the Netherlands to Austria and beyond. These proven deployments show how energy storage can:
• Bridge the grid gap
• Unlock full-speed HPC charging
• Accelerate site deployment timelines
• Improve overall system ROI

By integrating intelligent, high-performance storage into HPC networks, we’re not just solving grid constraints—We’re helping operators deliver reliable, high-power charging that matters—across borders and beyond grid limits.