Nordic Subzero Charging Network Solution

Nordic Subzero Charging Network Solution​
Applicable Regions: 22 European countries including Sweden, Norway, etc.
Core Objective: Tackling the electric vehicle (EV) charging challenge in extreme cold environments, promoting the adoption of electric mobility across Europe.

​PART I: Technological Highlights – Three Innovative Breakthroughs​

1. ​Low-Temperature Resilient Design & Material Innovation​
• ​Proprietary Cold-Resistant Technology:​​ Charger housing utilizes high-strength, pressure-resistant materials with integrated internal heating systems, ensuring stable operation down to -40°C. Prevents charging efficiency degradation caused by low battery temperatures.
• ​Dynamic Power Adjustment:​​ Utilizes Internet of Things (IoT) technology to monitor ambient temperature and user demand in real-time. Automatically adjusts charging power to mitigate reduced battery activity caused by severe cold.
2. ​MW-Level Ultra-Fast Charging Network​
• ​480kW DC Integrated Ultra-Fast Chargers:​​ Support high-power charging, compatible with high-end models (e.g., electric trucks, premium SUVs). Enables 300+ km range replenishment in under 10 minutes.
• ​Flexible Deployment Architecture:​​ Charger design accommodates both wall-mounted and standalone installations. Adapts to diverse Nordic scenarios (communities, highways, logistics centers), minimizing spatial footprint while maximizing coverage.
3. ​Intelligent Lifecycle Management​
• ​AI Prediction & User-Side Control:​​
• Analyzes user behavior patterns via machine learning to proactively allocate charging station power capacity during peak periods.
• Mobile App enables reservation, real-time monitoring, and integrated payment, reducing wait times.
• ​Charging Station Ecosystem:​​ Equipped with lounge facilities (cafés, convenience services), enhancing user experience. Average charging dwell time reduced by 40%.

​PART II: Implementation Results – Market & Environmental Wins​

1. ​Coverage Scale & Energy Efficiency​
• Network coverage across 22 European countries. Total 2024 charging volume reached 176 million kWh, equivalent to the annual demand of over 100,000 EVs.
• Carbon emission reduction of 878,000 tons, equivalent to the annual carbon sequestration capacity of 4.6 million trees.
2. ​Localization Partnerships & Market Penetration​
• ​European Supply Chain Integration:​​

1. ​User Feedback & Industry Impact​
• Charging speed increased by 50%; charging efficiency at -20°C maintained similar to room temperature conditions.
• Driving wider adoption of EVs across the Nordic region.

​PART III: Future Plans – Technology Iteration & European Expansion​

• ​Ultra-Fast Network Upgrade:​​ Deploy 500 new ultra-fast charging stations by 2025 in key markets (Germany, UK). Introduce 800V liquid-cooled extreme-fast chargers compatible with next-gen high-voltage platform vehicles.
• ​Integrated PV-Storage-Charging (Photovoltaic):​​ Combine rooftop solar PV and energy storage systems to further reduce carbon emissions (Target: 100% renewable energy supply by 2030).
• ​Extended AI Optimization:​​ Develop demand forecasting algorithms and utilize social data to dynamically plan charging station expansion strategies.