IT STARTS WITH A QUESTION
Question the assumptions before choosing the solution
What looks right on paper — the technology, the battery type, the charging setup — is often not what actually works for your operation. Most owners won't say this out loud, but for some, it's cost them the business. There are fleets you can see this in today: vehicles sitting unused, some still parked at former customers' premises, others abandoned in lots for years — worth less now than what's owed on them. Others didn't fail outright, but had to rebuild the fleet, the operating model and the charging setup along the way, at real cost.
Electrification projects rarely fail because of one bad decision. More often, they fail because several reasonable decisions don't work together.
A fleet doesn't depend on the vehicle alone — it depends on the supplier, service, spare parts, charging, financing and the operating model all working as one system. A weakness in any one of them eventually reaches you, whether or not the contract says it should.
Renas Partners assesses your fleet against all of this together — technology, supplier, commercial model and pilot — and gives you one clear recommendation, not six separate opinions.
What are you assuming about the technology that fits your fleet — and has that assumption actually been tested?
ENGAGEMENT
How this works, in short
One fixed-fee engagement, scoped to the decision you're actually facing — not a menu of services. Fee and scope are agreed before work starts. The assessment tests your fleet data, your assumptions, your options, and ends in one recommendation you can act on.
The fee doesn't change based on which vehicle you pick, which supplier you pick, or whether you go ahead at all.
The sections below are the different angles that one assessment covers — not six separate topics.
How advisory engagements work →·See Services for the full range of engagements →
THE DECISION
How much of the fleet should actually go electric?
This isn't one yes or no answer. It could be the whole fleet, one type of vehicle, certain routes or hubs, or a staged move. Different parts of the same fleet can point to different answers, so treating it as one decision is usually a mistake.
What decides it is the hard days: the longest day of the month, a vehicle that starts a shift not fully charged, a charger that breaks on a Thursday night, a vehicle stuck for a week waiting on a part — and how much spare capacity you have to absorb that. Where other fleets have tried this, what worked and what didn't is usually knowable, and it belongs in the assessment.
What you get: a clear answer on which parts of your fleet are ready for electrification now, and which aren't yet.
Are you checking whether the vehicle can handle a normal day — or whether your operation can still run on the hard ones?
TECHNOLOGY SELECTION
Which vehicle, battery and charging strategy actually fit?
Once you know how much of the fleet should go electric, the next question is which setup. The vehicle, the battery and the charging strategy have to work together as one system, not be picked one at a time.
The vehicle needs to match how it's actually used: distance, load, how often, terrain, how the drivers actually behave. Battery choice is really two decisions — the type (fixed, removable, swappable) and who owns the risk when it wears out early. Charging should match how you work, not the other way round — depot, spread out, at riders' homes, fast-charge or swap.
A technically better vehicle can still be the wrong choice if the support behind it — response time, technicians who know it, parts kept nearby — can't keep it running.
What you get: a specific vehicle, battery and charging combination matched to how your fleet actually runs.
Are you picking a vehicle — or an operating system that can actually keep your fleet running?
SOURCING
Where should it come from — and how much responsibility should you keep?
This is really the same decision as the last one — the technology only works if the supplier behind it can deliver on it. There are different kinds of suppliers, and the difference matters more than price. Pure manufacturers focus on production — spec and price, with little proof the vehicle holds up over years. Suppliers with real R&D and a multi-market track record cost more, because you're paying someone else to have already found the problems. Local suppliers are easier to reach and faster to respond, but cost sometimes gets cut in ways you don't see until the vehicle is running.
What you get: a clear picture of which supplier type fits your operation, and where the responsibility gaps are.
When the price is lower, whose responsibility did it become — and can your operation actually handle that?
BUSINESS CASE
Under what commercial model does electrification actually work?
None of this — the technology, the supplier — means anything yet until it's tested against the money. Often the vehicle isn't what makes a project succeed or fail — the commercial structure is: who owns the battery, who pays for charging, how maintenance is organized, who carries the risk. A lower purchase price can mean higher cost and complexity for years after, so the assessment looks at the life of the fleet, not just what it costs to buy in. A case worth trusting still works if things go wrong — lower usage, more downtime, a battery replaced early, weaker resale. If it only works in the best case, it's a hope, not a plan.
What you get: a business case that still holds up if things go wrong.
Is the real challenge the technology — or the commercial model behind it?
PILOT
What should a pilot actually prove?
A pilot doesn't test the vehicle — it tests whether everything decided so far actually holds up together. It's worth running when something important is still unknown, and it should be built around exactly that. Conditions matter: easier routes, hand-picked drivers, lighter loads, or charging access the rest of the fleet won't have can make a pilot look good without proving anything real. What it needs to prove, the baseline, what gets measured, and the number that means scale or stop — all set before it starts.
What result would tell you not to scale this?
A bad or mixed result saves you from a bigger mistake, or tells you what needs to change first. The advisory defines the pilot, sets the KPIs, reviews the data, and gives a scale-or-not recommendation. Running it stays with you and your suppliers.
What you get: proof the whole model works together before you commit at scale.
Start with your decision
Whether the question is whether to electrify, how much of the fleet, which technology, which supplier, which commercial model, or whether a pilot justifies scaling — the conversation starts with your operation and the decision in front of it.
The goal isn't to get one decision right. It's making sure every decision works with the others, as one operating model.