Leading the Green Energy Revolution in Europe: MIDA Unveils 240kW Flagship European Standard DC Ultra-Fast Charging Station

Introduction: Speed and Sustainability in the European Charging Market

With the implementation of the European Climate Law and the looming 2035 ban on internal combustion engine (ICE) vehicles, the adoption of Electric Vehicles (EVs) in Europe is surging. However, the supporting charging infrastructure, particularly High-Power Charging (HPC) networks, still faces a significant supply-demand gap. To eliminate "range anxiety" and address long charging wait times, MIDA Power, a leading global provider of EV charging solutions, today officially launched its 2026 flagship product: the 240kW European Standard Dc Fast Charging Station (Smart DC Series).

The debut of this product not only marks another leap in high-power charging technology for MIDA but also provides Charge Point Operators (CPOs) across Europe and the globe with a high-efficiency, highly stable, and future-proof core asset.

I. Technical Excellence: The Engineering Behind 240kW

1.1 Seamless Integration with European CCS2 Standards

Custom-tailored for the European market, the MIDA 240kW DC station strictly adheres to IEC 61851 and IEC 62196 standards. Its CCS Type 2 charging connectors support continuous current output of up to 500A (with liquid-cooled cabling), delivering a full-power charging experience for nearly all mainstream European EVs, including the Tesla Model 3/Y, Porsche Taycan, and Audi e-tron.

1.2 1000V Ultra-Wide Voltage Platform

Designed for the next generation of 800V high-voltage architecture, the station features an ultra-wide output voltage range (150V - 1000V DC). This ensures optimal charging curves for both existing 400V platforms and future high-performance ultra-fast charging models, truly delivering "Future-Proof" technology today.

1.3 Core Power Source: UR100060A Constant Power Modules

At the heart of every charging station are its power modules. The MIDA 240kW station is equipped with self-developed or deeply customized 60kW high-efficiency constant power modules. Compared to traditional 20kW or 30kW stacking, the 60kW modules reduce internal wiring complexity while significantly boosting overall system efficiency (peak efficiency ≥ 96.5%). In standby mode, power consumption is below 15W, drastically lowering operational costs for operators.

II. Key Selling Points: Beyond Just Speed

2.1 Intelligent Dynamic Load Balancing

The 240kW station typically features dual-connector output. MIDA has introduced cutting-edge AI energy scheduling algorithms that dynamically allocate output power (e.g., 120kW+120kW or 180kW+60kW) based on the State of Charge (SOC) and battery protocols of the two vehicles charging simultaneously. This flexible allocation ensures maximum utilization of the charging station and prevents grid resource wastage.

2.2 Superior Interaction: HMI and Smart Control

The product features a 15.6-inch high-definition industrial-grade touchscreen supporting multiple languages (including German, French, Italian, Spanish, etc.). Users can easily initiate charging via RFID cards, the Easy Charging mobile app, or Plug & Charge (ISO 15118). Furthermore, deep integration with OCPP 1.6J and 2.0.1 protocols ensures perfect compatibility with major global backend management platforms.

2.3 Rugged Industrial Design

Engineered for Europe’s diverse climates, the MIDA 240kW station features IP54 protection and IK10 impact resistance. Whether facing Nordic winters or Mediterranean salt-mist corrosion, its unique independent air duct design and high-durability TPE/TPU cables ensure stable 24/7 operation.

III. Application Scenarios: Comprehensive Power Deployment

3.1 Highway Charging Hubs

On long highway journeys, time is of the essence. A 240kW output means most EVs can reach 80% charge in 15-20 minutes, allowing users to hit the road again in the time it takes to grab a coffee.

3.2 Retail Centers and Supermarkets

By deploying at major shopping malls or supermarket parking lots, 240kW DC stations can leverage fragmented shopping time for rapid charging, serving as a powerful tool to attract high-end customers and increase dwell value.

3.3 Corporate Logistics and Public Transit Fleets

For fleets demanding high turnover, the ultra-fast 240kW charging capability significantly reduces vehicle downtime during base recharging, boosting operational efficiency and revenue.

IV. MIDA’s Global Vision and Commitment

With over a decade of industry expertise, MIDA remains driven by technological innovation. With R&D centers in Shanghai, Shenzhen, and Wuxi, we respond rapidly to global OEM/ODM requirements. From AC portable chargers to 400kW liquid-cooled ultra-fast chargers, MIDA has built a complete product matrix backed by TUV, CE, and UL certifications.

"We are not just manufacturing charging stations; we are building a zero-carbon future," stated MIDA’s CTO during the launch event. Every 240kW DC station deployed is a firm commitment to reducing global carbon emissions and driving the energy transition.

V. Conclusion

The launch of the 240kW European Standard DC Fast Charging Station is another milestone in MIDA’s deep commitment to the European market. In the upcoming all-electric era, MIDA will continue to partner with global stakeholders to drive the world toward sustainable energy with more efficient, intelligent, and reliable charging technology.

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VI. Deep Comparison: Why 240kW is the "Golden Ratio" for Commercial Recharging

In recent years, 120kW DC stations were the mainstream choice. However, as battery capacities shift from 50kWh to 100kWh+ and 800V architectures proliferate, 120kW is increasingly falling behind.

6.1 Doubled Efficiency, Shorter ROI

For operators, a 240kW station occupies nearly the same footprint as a 120kW unit but delivers double the energy in the same period. This means higher turnover rates at the same location. Estimates suggest the ROI for 240kW products at high-traffic European sites is approximately 18 months shorter than for 120kW units.

6.2 Modular Redundancy for High Availability

The MIDA 240kW station utilizes modular stacking. If one power module fails, the system automatically isolates it and continues operating at a derated capacity rather than shutting down entirely. This "Continuous Operation" feature is critical for CPOs prioritizing high uptime.

VII. European Installation and O&M: Professional Security from Design to Deployment

7.1 Stringent Grid Integration and Compliance

European nations (e.g., German DIN standards, British BS standards) have strict requirements for high-power charging integration. The MIDA 240kW DC station includes integrated Type B RCD leakage protection, overvoltage protection, short-circuit protection, and lightning surge protection. Its harmonic current control far exceeds industry averages, ensuring minimal grid interference and smooth approval by local utility companies.

7.2 Intelligent Remote O&M Platform

Via integrated Ethernet, WiFi, and 4G modules, device status is uploaded to the cloud in real-time. MIDA’s backend management system supports remote diagnostics, OTA firmware upgrades, and load control. Over 90% of common software issues can be resolved remotely, significantly reducing on-site maintenance frequency and providing solid support for multinational operations.

VIII. MIDA’s Industry 4.0 Supply Chain Advantage

As an enterprise with over 10 years of experience, MIDA has established digital production bases in Shanghai, Shenzhen, and Wuxi.

8.1 Exceptional OEM/ODM Capabilities

We understand that every global client has unique branding needs. MIDA provides not only standard flagship colors but also deep customization from industrial design and HMI UI to communication protocols. To date, we have provided OEM services to over 50 renowned global energy brands.

8.2 Global Compliance Certifications

Our products pass the most rigorous TUV CE certifications and reach top international levels in Electromagnetic Compatibility (EMC Class B) and energy conversion efficiency. This clears regulatory hurdles for entry into demanding markets across Northern and Western Europe.

IX. Toward the New Era of V2G and Green Energy

Looking ahead, charging stations will no longer be simple one-way power transmission devices but critical nodes in distributed energy networks.

9.1 Forward-Looking V2G (Vehicle-to-Grid) Deployment

MIDA is actively developing bi-directional charging technology based on the 240kW platform. During peak grid demand, EVs can feed excess power back into the grid, helping to balance loads and creating additional revenue for vehicle owners and operators.

9.2 Integrated Solar-Storage-Charging Solutions

Our 240kW DC stations seamlessly integrate with MIDA’s proprietary "Solar-Storage-Charging" systems. By coordinating rooftop solar, local battery storage, and fast charging, charging stations can achieve higher levels of green energy self-sufficiency and further reduce their operational carbon footprint.

X. Conclusion: Driving the Zero-Carbon Era with "China Wisdom"

From "Made in China" to "Created in China," MIDA remains at the forefront of the global energy transition. The 240kW European Standard DC Ultra-Fast Charging Station is not just a product; it is a profound fulfillment of our mission to make charging "Simpler, More Efficient, and More Environmentally Friendly."

Choosing MIDA means choosing a long-term, professional, and reliable partner. Let us join hands to contribute to global green mobility.

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Technical Specifications at a Glance:

• Power: 240kW (Dynamic Dual-Connector Allocation)
• Standards: CCS Type 2 / CHAdeMO (Optional)
• Voltage: 150V - 1000V DC
• Efficiency: ≥ 96.5%
• Communication: OCPP 1.6J / 2.0.1, WiFi, 4G, Ethernet
• Protection: IP54, IK10

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Contact Us:

If you are interested in the MIDA 240kW European Standard DC Station or our other charging solutions, please visit our official website or contact our sales team directly.