VentoGrid
Data-Driven EV Charging Networks
→ AI-led location planning
→ Forecast demand & adoption
→ Stabilise grid via V2G
→ Measure impact & KPIs
What is VentoGrid?
VentoGrid is a strategic Decision Support System (DSS) that transforms raw mobility and energy data into actionable intelligence for EV charging infrastructure, planning, and deployment. By combining GIS analysis, predictive modelling, and grid intelligence, it enables cities and operators to design efficient, scalable, and climate-neutral charging networks.
Key Benefits
Precision Charging Siting
High-precision siting of EV charging infrastructure
Reliable EV Load Forecasting
Accurate forecasting of EV demand and usage patterns
Protect the Grid
Prevention of grid overload and infrastructure inefficiencies
Data-Driven Funding
Data-backed investment planning and funding readiness
Seamless Connectivity
Works with any hardware through standard connections
Quantifiable Impact
Measurable environmental and socio-economic impact
Who Is It For
Data Orchestration
VentoGrid operates as a unified intelligence system for EV charging infrastructure. By integrating mobility, energy, and spatial data into a continuous optimisation loop, cities and operators can plan deployment, predict demand, balance grid loads, and prove impact.
AI-Driven Charging Network Planning
VentoGrid eliminates infrastructure guesswork by modelling how, where, and how many EV charging stations are needed. By combining mobility data, parking behaviour, and grid constraints, it delivers a precise deployment roadmap.
Site selection for new stations
Analyse mobility and parking patterns to identify optimal locations
Phased rollout planning
Sequence deployment to maximise utilisation and ROI over time
Capacity sizing
Determine charger type and number based on predicted demand per site
Grid Stability & Energy Optimisation
Eliminates guesswork and defines where, how many, and what type of chargers to deploy
Grid Stability & Energy Optimisation
VentoGrid ensures resilient and stable energy networks by continuously monitoring grid loads and enabling intelligent balancing strategies. It transforms EV infrastructure into an integrated component of the urban energy system.
Peak load forecasting
Predict daily and seasonal grid stress to prevent overloads
Dynamic load balancing
Adjust charging schedules in real-time to stabilise the network
Infrastructure stress testing
Simulate new stations' impact on local grid before installation
Resilient energy networks
Ensures resilient energy networks and balanced loads
Bidirectional Charging & Energy Ecosystems
VentoGrid turns EVs into active urban assets through Vehicle-to-Grid (V2G) strategies. Charging infrastructure becomes a distributed energy system, enabling renewable integration and energy market participation.
Intelligent energy export
Enable EVs to feed surplus energy into the grid during peak demand
Dynamic Storage Optimisation
Utilise electric fleets as mobile energy assets to balance local demand and reinforce urban grid resilience
Incentivised user participation
Deploy reward mechanisms to encourage drivers to share energy with the grid
EVs as active urban assets
Turns EVs into active assets and supports renewable energy
Transform EV charging infrastructure into an active urban energy system
Book a Demo and discover how VentoGrid optimises deployment, reduces costs, and maximises impact from day one.
Book a DEMO