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E-mobility - Charging Infrastructure Planning
Estimate charging demand, identify optimal locations and support your territory’s electrification strategy
Challenges for the sector
The transition to electric mobility raises strategic questions for public authorities, operators and planners:
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How much charging demand should we anticipate in the coming years?
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Where will EV users actually need to charge (home, workplace, public road, hubs)?
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How will electrification affect traffic patterns, access, capacity and network use?
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How many chargers, of what types, and at which strategic locations?
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How to ensure that the charging network is efficient, accessible and cost‑effective?
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How to justify choices to elected officials, utility partners or private operators?
Neovya provides a robust, data‑driven approach to support these choices.
What Neovya brings you
Turn mobility data into a reliable foundation for charging‑infrastructure planning
Estimate charging demand with confidence
Analyse mobility patterns, flows, trip lengths and behaviours to estimate charging needs (home, public, workplace, hubs).
Identify optimal charging locations
Use OD flows, accessibility analysis, and demand hotspots to pinpoint strategic locations where infrastructure will be most useful.
Evaluate scenarios and network performance
Compare infrastructure configurations, charger types, densities and spatial coverage to select the most robust option.
Support decarbonisation goals
Quantify CO₂ reduction potential and environmental benefits associated with electrification scenarios.
Communicate clearly with stakeholders
Maps, dashboards and scenario comparisons help engage elected officials, utility operators and private partners.
Core expertise
Multi-source
data integration
Charging demand modelling
Network
sizing and accessibility
Scenario testing and infrastructure planning
Environmental impact
analysis
Collaborative plateforme
Data at the heart of our studies
Operational
data
Survey
data
Territory
data
Neovya Hubsim
Some references
EV charging network
Mapping charging stations and analyzing usage data
Commuter mobility
Measuring e-mobility and planning the decarbonization of employee commutes