#China #Shanghai #CHINT #EV Charging #iDCM7

CHINT's Innovative Solution to EV Charging Challenges

As Europe pushes forward with its Green Deal and the imminent ban on internal combustion engine vehicles by 2035, the demand for robust and efficient electric vehicle (EV) charging infrastructure is escalating. In response, CHINT has introduced the iDCM7 Smart DC Energy Meter, a state-of-the-art solution that addresses critical gaps in the current market.

Growing Demands for Updated Infrastructure

According to recent data from the European Directorate-General for Energy, public charging points across Europe are experiencing an alarming failure rate of 18%. Additionally, a lack of interoperability in payment systems has resulted in 30% of users facing charging failures. Against this backdrop, CHINT's iDCM7 emerges as a beacon of hope, engineered to meet both current and future demands of the EV market.

Key Features of the iDCM7 Meter

The iDCM7 is built upon a technology matrix that satisfies stringent European standards, making it a vital component of the region's energy transition. Here are its standout features:

1. Regulatory Compliance: It fully adheres to EU MID certification standards with a measurement accuracy of 0.5% for voltage, current, and power, along with Class B energy measuring capabilities. This ensures that it meets the strict regulatory requirements set forth by the EU.

2. Extreme Environmental Adaptability: The meter operates within a wide temperature range of -35°C to +70°C, featuring sealed terminals to ensure stable performance across the diverse climates seen in various parts of Europe, from Northern chills to Southern heat. This specification tackles the high failure rates commonly associated with harsh environmental conditions.

3. High-Efficiency Charging: With a maximum output of 650 A, the iDCM7 exceeds the 2025 EU standard of 400 kW for charging points. In practical terms, it facilitates a rapid charging session, enabling vehicles to gain 300 km of range in just 15 minutes, effectively addressing user demand for faster service.

4. Intelligent Network Integration: The meter supports RS485/Ethernet interfaces and various protocols, including Modbus-RTU and HTTP/HTTPS, ensuring seamless integration with leading charging networks across Europe. It resolves common issues related to cross-border payments and data incompatibility, making it a versatile addition to the market.

Versatile Applications for Various Charging Scenarios

The versatility of the iDCM7 allows it to cater to multiple charging contexts, including:

• - Highway Charging Centers: With ultra-fast charging capabilities, the meter can serve 8-10 vehicles per hour, aligning with EU requirements for charging coverage every 60 km.
• - Urban Shopping Centers: Its compatibility with four-wire metering and current loss compensation ensures precise measurements even in complex parking designs, enhancing revenue transparency for operators.
• - Logistics Parks: The high voltage version (1,000 V) with a 12-24 V DC auxiliary power supply delivers stable charging for heavy-duty electric trucks.
• - Community Charging Solutions: The modular design accommodates current configurations from 250 A to 650 A, making it ideal for varied community charging demands while reducing investment costs.

A Catalyst for EV Charging Infrastructure Expansion

The launch of the iDCM7 presents a significant milestone in green technology collaboration between China and the EU. With its EU MID certification and capacity for rapid charging, this meter is poised to address three critical challenges: regulatory compliance, adaptability to extreme environments, and ultra-fast charging efficiency. As Europe approaches its mandate for rapid charging stations every 60 kilometers, the iDCM7 by CHINT not only elevates standards in smart energy infrastructure but also reinforces the commitment to achieving global carbon neutrality goals.

In conclusion, the iDCM7 Smart DC Energy Meter by CHINT represents a transformative step towards a more efficient and resilient EV charging ecosystem. As the industry evolves, innovations like the iDCM7 will play a crucial role in shaping the future of sustainable transportation in Europe and beyond.