Zero-Emissions Mobility (ZEM)

We help agencies build practical, fundable transition plans rooted in accurate power assessments, facility readiness, and future service needs. Our team evaluates grid capacity, charging supply, and eligibility for federal, state, and local incentives to guide strategic, cost-effective investments.

From conceptual design to vehicle commissioning, we guide agencies through each stage of electrification and hydrogen adoption. We analyze propulsion options, infrastructure readiness, power delivery, fleet operations, and resilience requirements to support a reliable, scalable transition.

We deliver technology-driven asset strategies that help agencies proactively manage vehicles, facilities, and energy systems. By leveraging condition data, performance analytics, and technology scenarios, we define actions that reduce maintenance delays, forecast reinvestment needs, and extend asset life.

We help agencies understand their true power and infrastructure needs, model charging demand, evaluate hydrogen feasibility, and plan facility upgrades. Our approach reduces uncertainty, prevents overbuilding or underbuilding charging systems, and aligns investments with long-term operational goals, ridership growth, and fleet performance.

Battery chemistries, charging profiles, and safety considerations are constantly evolving. Our ongoing research, supported by case studies and industry analysis, helps agencies select the right propulsion technologies, anticipate infrastructure impacts, and design charging strategies that reduce peak loads, strengthen reliability, and improve overall fleet resilience.

Agencies often need upgraded electrical capacity, redesigned maintenance areas, dedicated charging zones, space for hydrogen storage or production, and revised fire safety systems. We assess facility layouts, operational flows, and future fleet needs to create a practical roadmap for retrofits and expansions.

We use advanced modeling supported by Esri, Autodesk, and custom algorithms to simulate charging demand, energy usage, and fleet performance. These tools help agencies predict electrical load needs, optimize charging windows, reduce peak demand, and ensure facilities can support long-term fleet growth.

We evaluate route-level energy needs, charging profiles, and load forecasts, then collaborate with utilities to define feasible interconnection points and timelines. This process enables agencies to secure the right electrical capacity, avoid costly delays, and develop phased infrastructure plans that align with fleet deployment schedules.

We design upgrade strategies that accommodate battery-electric, hydrogen, and evolving propulsion systems. By assessing structural capacity, circulation, safety systems, and equipment placement, we help agencies modernize facilities while preserving flexibility, reducing future retrofit costs and minimizing disruptions as technologies advance.

Zero-emissions facilities require enhanced detection systems, zone-based suppression, updated standpipes, and protocols for vehicle isolation. Our safety assessments incorporate lessons learned from national case studies and evolving NFPA guidance, helping agencies protect staff, customers, and infrastructure while supporting new propulsion technologies.

We model real-world route needs, garage operations, dwell times, and charging sequences to size infrastructure accurately. This ensures agencies invest in the right number and type of chargers, reducing capital costs, preventing energy shortfalls, and improving long-term fleet reliability.