Quick Takeaways
- EV Charger Demand Map Japan enables faster, data-backed decisions for EV charging infrastructure expansion.
- Color-coded geospatial analysis helps businesses identify high-demand charging locations efficiently.
Zenrin Co., Ltd. (Zenrin) has provided geospatial information and analytical expertise to support the Tokyo Metropolitan Government’s EV Charger Demand Map Japan initiative, aimed at accelerating electric vehicle adoption by encouraging the expansion of charging infrastructure. The map is hosted on a business-operator-focused portal managed by the Tokyo Metropolitan Government.
EV Charger Demand Map Japan and data-driven planning
The EV Charger Demand Map Japan is built using nationwide charging station data combined with multiple statistical datasets. This integrated approach allows demand for EV charging equipment to be visualized clearly across urban areas, helping stakeholders base investment decisions on verified data rather than assumptions.
High-demand visualization using 500-meter mesh
To improve usability for business operators, the map applies a color-coded 500-meter mesh system. This enables quick identification of zones with higher charging demand, supporting efficient evaluation of potential new charging station locations and reducing planning time.
Key advantages of the approach include:
Collaboration and analytical expertise
Zenrin leverages the EV Charging Demand Map jointly developed with Panasonic Corporation and has supplied both the underlying datasets and analytical expertise to the Tokyo Metropolitan Government. By combining geospatial intelligence with EV-specific data, the initiative supports strategic deployment of charging stations and contributes to the steady growth of EV charging infrastructure across Japan.
EV Charger Demand Map Japan and data-driven planning
The EV Charger Demand Map Japan is built using nationwide charging station data combined with multiple statistical datasets. This integrated approach allows demand for EV charging equipment to be visualized clearly across urban areas, helping stakeholders base investment decisions on verified data rather than assumptions.
High-demand visualization using 500-meter mesh
To improve usability for business operators, the map applies a color-coded 500-meter mesh system. This enables quick identification of zones with higher charging demand, supporting efficient evaluation of potential new charging station locations and reducing planning time.
Key advantages of the approach include:
- Clear visualization of charging demand hotspots
- Faster comparison between potential installation areas
- Improved alignment with EV adoption trends
Collaboration and analytical expertise
Zenrin leverages the EV Charging Demand Map jointly developed with Panasonic Corporation and has supplied both the underlying datasets and analytical expertise to the Tokyo Metropolitan Government. By combining geospatial intelligence with EV-specific data, the initiative supports strategic deployment of charging stations and contributes to the steady growth of EV charging infrastructure across Japan.
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