Electric mobility and fleet electrification
Independent feasibility studies and infrastructure planning for fleet electrification, depot charging, workplace charging, and electrical-capacity upgrades.
We evaluate duty cycles, operational constraints, total cost of ownership, charger strategy, demand impact, and implementation risk before capital is committed.
Build the operational case before buying vehicles or chargers
The right starting point is the fleet's real duty cycle, dwell time, payload, route variability, utility capacity, and operating schedule. MEP models those constraints before recommending vehicle classes, charging power, phasing, or electrical upgrades.
Key considerations for a successful transition
Total cost of ownership
Beyond purchase price, we analyze fuel (electricity) costs, maintenance savings, residual values, and potential incentives to provide a holistic TCO perspective tailored to local economic conditions.
Utility and demand impact
Evaluate existing electrical infrastructure, identify necessary upgrades, and model the impacts on demand charges. Develop smart charging strategies to leverage off-peak rates and minimize energy costs for Mexican facilities.
Duty cycles and operational fit
Assess fleet routes, vehicle utilization, and charging schedules to ensure electric vehicles meet operational demands without compromising efficiency or uptime. Consider specific challenges, such as range anxiety on longer routes.
Maintenance and implementation requirements
Electric vehicles typically have fewer moving parts, leading to significantly lower maintenance costs. We quantify these savings and factor them into your fleet's long-term financial projections.
Charging strategy
Select charger power and location based on dwell time, route requirements, electrical capacity, demand charges, redundancy, and future fleet growth.
Level 2 Charging
- Ideal for overnight charging or longer dwell times
- Offers a balance between installation cost and charging speed
- Suitable for workplace and depot charging of light-duty and some medium-duty vehicles
- Lower installation costs
- Good option for employees or light fleets
DC Fast Charging (DCFC)
- Essential for rapid turnaround, heavy-duty vehicles, and scenarios requiring quick charging sessions
- Requires more robust electrical infrastructure but minimizes vehicle downtime
- Rapid energy replenishment
- Critical for high-utilization fleets
- Higher power demands and installation costs