Fleet & Site Electrification Planning
Fleets, facility owners, and developers asking “Where do we start?” We map out how electrification can actually work for your fleet and sites—across vehicles, routes, energy use, and budgets. You get clear answers on what to build, where, and when, plus a realistic path that aligns with mandates and incentives.
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Fleet and route analysis (duty cycles, dwell times, growth)
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Site screening and high-level layout concepts
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Charger mix recommendation (DC fast vs Level 2, portable vs fixed)
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Power and load estimates for each site
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High-level cost ranges and phasing options
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Incentive and program alignment (IRA, utility, state programs)
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On-site or virtual operations deep dive (fleet, routes, loads, constraints)
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A 1–3 year electrification roadmap with phased projects and budgets
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Site shortlist with recommended charger types, counts, and rough locations
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Power and load estimates for each priority site
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A shortlist of equipment classes (DC fast, L2, storage, etc.) matched to your use case
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A stakeholder/board-ready summary you can use internally
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Optional: intro emails to vetted installers or developers for next steps
Charging & Depot Design Support
Turn ideas and layouts into buildable, code-aware designs. Once you know where you want charging, we help make sure the design will actually work in the field. We support your engineers, contractors, and utility contacts with the details needed for scalable, safe depot infrastructure—without overbuilding or boxing you in later.
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Review and markup of site layouts, one-lines, and equipment schedules
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Guidance on DC fast and Level 2 placement, scaling, and future expansion
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Coordination support with utilities on capacity, interconnection, and upgrades
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Charger, panel, conduit, and trenching strategies that avoid stranded assets
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Depot energy-management and load-shaping concepts
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Technical review of vendor drawings, specs, and submittals
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A refined depot design package ready for detailed engineering and permitting
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A target bill of materials (chargers, panels, switchgear, EMS, etc.) with preferred models
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Utility coordination notes and a clear list of questions to resolve
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RFP / scope-of-work language you can hand to bidders so they price the right job
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A shortlist of qualified contractors / EPCs and, if you want, our participation on key calls
Energy Systems Integration & Owner’s Representation
Make charging, storage, solar, and backup power behave like one system—and have someone in your corner while it’s built. When projects get complex, we act as your technical advocate. We design how all the pieces should work together—chargers, batteries, solar, backup generation, controls—and then stay involved through sourcing, construction, and commissioning so the finished system matches the intent, not just the spec sheet.
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Develop an integration plan for charging, storage, solar, backup, and controls
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Help evaluate and select vendors and equipment, including trade-off matrices
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Support contract and proposal review for technical and commercial risk
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Coordinate with your chosen installer, vendors, and utility during build
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Participate in site walks, progress reviews, and problem-solving
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Support commissioning and performance checks against your targets
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A clear system architecture and controls concept everyone is building toward
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A consolidated bill of materials and sourcing plan (who to buy what from)
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Reviewed contracts and proposals with red-flags and recommendations
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Ongoing owner’s-side oversight during construction and commissioning
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A simple operational playbook for your team (diagrams, setpoints, escalation paths)
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A post-install review of performance, savings, and next-phase opportunities