EV Charging & Solar Mobility
Solar-powered EV charging infrastructure for fleets, businesses, and emerging mobility networks in West Africa.
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The Challenge
As electric mobility begins to take hold in West Africa, SIMO Energy designs solar-integrated EV charging infrastructure that reduces grid dependency and supports the transition to electrified transport.
What We Offer
Commercial EV Charging Stations
Commercial charging infrastructure for employees, customers, and fleet vehicles.
Fleet Charging Infrastructure
Systems that optimize charging schedules, reduce operational costs, and support large-scale transportation electrification.
Solar Carports
Combined EV charging and solar generation in a single infrastructure investment.
Fleet Electrification Planning
Sequencing of vehicle and infrastructure rollout to minimize disruption while meeting electrification targets.
Solar Charging Optimization
Scheduling of vehicle charging to align with on-site solar generation, maximizing self-consumption.
Smart Charging Systems
Dynamic adjustment of charging rates based on energy availability, pricing, and grid conditions.
Charging Demand Analysis
Modeling of vehicle usage patterns and growth projections to right-size charging infrastructure.
Grid Impact Assessment
Evaluation of how new charging loads affect site and utility infrastructure, informing upgrade requirements.
Residential EV Charging
Home charging solutions that maximize solar energy utilization for daily electric vehicle use.
Vehicle-to-Grid (V2G)
Technology that allows electric vehicles to export energy back to the grid, creating new revenue streams.
Vehicle-to-Building (V2B)
Systems enabling electric vehicles to support building energy needs during peak demand or outages.
Dynamic Energy Balancing
Real-time coordination of EV charging with on-site generation, storage, and building loads.
Applications
Architectural Solar (BIPV)
NextHigh-Reliability & Zero-Downtime Power