Introducing the IDC480E-C Charger
Sungrow Charging is excited to share the launch of the IDC480E-C, an innovative ultra-fast compact DC charger designed for flexibility and long-term scalability. This ultra-modern charger is built around Sungrow's advanced, in-house developed power modules, establishing a new benchmark for efficient and reliable EV charging solutions.
Durability Meets High Performance
The IDC480E-C incorporates cutting-edge isolated air-cooling technology, featuring a sealed, dust-proof chamber combined with intelligent 3D airflow. This unique design promotes exceptional heat dissipation, ensuring high performance even under challenging operating conditions.
Features of the IDC480E-C
- High Reliability: Equipped with IP65 and C5 anti-corrosion protection, this charger operates reliably both indoors and outdoors, even in the most severe conditions.
- AI-Optimized Longevity: Designed to provide over a decade of reliable service through advanced lifecycle management supported by AI algorithms, significantly lowering overall ownership costs.
Advanced In-House Engineered Power Modules
The heart of the IDC480E-C is its proprietary 40kW power module exhibiting a remarkable efficiency of 97% or more. The complete in-house development and production ensure superior quality control and optimized operational performance.
Flexible Configuration Options
Built for diverse applications, the IDC480E-C allows you to choose configurations of up to 480kW total output capacity, making it suitable for both compact urban sites and expansive charging depots:
- 240kW
- 320kW
- 360kW
- 400kW
- 480kW
This flexibility ensures high system reliability along with simplified maintenance, providing a robust path for future upgrades.
Intelligent Charging Capabilities
The IDC480E-C integrates seamlessly with Sungrow's Beyond Charging Solution, a holistic PV + ESS + EVC system combining various energy components into one cohesive solution. Here’s what it offers:
- One-Stop Solution: A fully integrated sustainable energy setup enabling independent energy use.
- Streamlined Service: Simplified deployment along the entire energy supply chain.
Gaining a Competitive Edge
With innovative cooling technology and AI-enhanced power management capabilities, the IDC480E-C provides significant benefits including:
- Maximized ROI: Reduced total ownership costs through enhanced maintenance processes and longer operational life.
- Consistent Reliability: Robust construction guarantees dependable performance.
- Accelerated Charging: Designed for high-efficiency setups, facilitating quicker vehicle turnover.
Explore the Future of EV Charging
We invite you to join us at Booth B6.109 during Power2Drive Europe 2025. Witness firsthand how the IDC480E-C and Sungrow's Beyond Charging Solution are leading the way toward a more sustainable and autonomous energy future.
Stop by the Sungrow Charging booth for live demonstrations, expert insights, and an exclusive preview of innovations at the forefront of merging sustainable energy with advanced EV charging solutions.
Contact:
Sungrow Charging, for more information and inquiries regarding the IDC480E-C and its features.
Frequently Asked Questions
What is the IDC480E-C?
The IDC480E-C is an ultra-fast compact DC charger developed by Sungrow, designed for high flexibility and performance in EV charging.
How does the air-cooling technology work?
The isolated air-cooling design features a sealed chamber and 3D airflow, enhancing heat dissipation for stable operation under demanding conditions.
What configurations are available for the IDC480E-C?
It can be configured with output capacities of 240kW, 320kW, 360kW, 400kW, and 480kW, catering to various needs from small sites to large charging depots.
How does Sungrow's Beyond Charging Solution enhance the IDC480E-C?
It integrates multiple energy components into a cohesive system, providing a streamlined solution for sustainable energy use and service deployment.
What are the maintenance features of the IDC480E-C?
Its robust design and flexible architecture allow for easier maintenance and future upgrades without costly replacements, ensuring high operational reliability.
