Electric Mobility & Fleet Electrification

Feasibility studies and infrastructure planning for fleet electrification and workplace charging programs. We evaluate total cost of ownership for electric vehicle transitions, assess electrical infrastructure capacity, and model demand charge impacts from charging operations.
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Key Considerations for a Successful Transition

Total Cost of Ownership (TCO) Analysis

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 Rate Impacts & Optimization

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.

Operational Integration & Duty Cycles

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 Cost Savings

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.

Available Options

Light-Duty Vehicles

Passenger cars and light trucks for sales, service, and administrative purposes. Focus on daily mileage, charging availability, and employee adoption.

Medium & Heavy-Duty Fleets

Delivery vans, buses, and heavy trucks for logistics and industrial operations. Critical analysis of range, payload, and duty cycle requirements.

Material Handling Equipment

Forklifts, pallet jacks, and other warehouse equipment. Assess battery technology, charging cycles, and operational uptime in industrial settings.

Charging Infrastructure & Deployment

Implementing the right charging solution is fundamental. Our planning includes selecting appropriate charger types, optimizing their placement, and managing grid integration.

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
Why Choose MEP for Fleet Electrification Planning?

Why Choose MEP for Fleet Electrification Planning?

Facilities choose MEP for our comprehensive expertise in energy management and our deep understanding of the Mexican industrial and regulatory environment. We offer:

  • Local Market Insight: Specialized knowledge of Mexico's energy policies, utility structures, and incentive programs.
  • Holistic Approach: Integration of vehicle selection, charging infrastructure, operational planning, and financial analysis.
  • Proven Methodology: Data-driven assessments and customized strategies that deliver measurable cost savings and sustainability outcomes.
  • Risk Mitigation: Proactive identification and mitigation of potential challenges, from grid capacity to technology adoption.
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