Best of LinkedIn: Commercial Fleet Insights CW 34/ 35

00:00:00: provided by Thomas Allgaier and Frennus based on the most relevant LinkedIn posts about commercial fleets in calendar weeks, thirty four and thirty five.

00:00:08: Frenness is a BDB market research company that supports automotive suppliers with building feature-by-feature competitive intelligence That shows exactly how their products stacked up against the competition.

00:00:18: you can find more info in the description.

00:00:21: You know when we talk about major technological shifts there is often this underlying assumption that it just happens overnight like Flipping a switch.

00:00:30: Right,

00:00:30: like upgrading software on your phone or something?

00:00:32: Yeah

00:00:32: exactly you tap a button the screen goes dark for second and suddenly You are just operating in the future

00:00:38: which is such a false sense of simplicity.

00:00:40: honestly I mean The reality of infrastructure And hardware Is incredibly messy

00:00:44: Totally!

00:00:45: When you step into the world Of commercial fleets In this massive transition we're seeing To electric & AI driven operations That Software update analogy Just completely falls apart.

00:00:57: It's less Like flipping A Switch.

00:00:58: Well, much more like trying to rebuild a massive steel suspension bridge while a convoy of forty ton trucks is actively driving across it.

00:01:07: Oh absolutely!

00:01:07: It's the absolute... definition of building the airplane while you're flying it.

00:01:12: The physical reality of moving goods, delivering services transporting people... It simply does not pause for innovation!

00:01:19: No it doesn't.

00:01:19: You have to integrate the future into the daily grind of the present.

00:01:23: So welcome to the deep dive.

00:01:25: We are thrilled to have you with us today as we unpacked the massive shifts happening in commercial mobility right now.

00:01:30: Yes Welcome And our mission is really simple We're delivering a no fluff, fast-paced breakdown of the top commercial fleet trends dominating the conversation across LinkedIn right now.

00:01:41: Yeah so if you want to shortcut to staying well informed on how this industry is shifting from small pilot programs to full scale production You are definitely in the right place.

00:01:49: and that shift From Pilot To Production That Is The Foundational Theme we really need to tackle.

00:01:55: first Because the center Of Gravity In The Commercial Mobility Space Has Officially Moved.

00:02:01: It Really has?

00:02:02: I mean?

00:02:03: We are no longer talking about corporate pledges or these distant vague targets, or PR announcements.

00:02:09: About a dozen test vehicles.

00:02:11: the data we're seeing shows...we've entered an era of scaled operational reality

00:02:16: and The Shear scales what really caught my eye in the research.

00:02:20: Let's look at the service sector for a minute.

00:02:22: Adam Orth sheared this massive milestone from Siemens.

00:02:26: Oh yeah I saw that.

00:02:27: Yeah

00:02:27: they have now electrified roughly fifty percent Of their US vehicle fleet.

00:02:32: We are talking about more than two thousand service vehicles actively deployed and working on the road today,

00:02:37: which is just staggering when you think About the logistical complexity of managing two thousand rolling batteries.

00:02:43: It's huge

00:02:43: And Adam highlighted a few core lessons from that rollout.

00:02:46: I think The most critical takeaway was That you have to start with the work itself not the vehicle

00:02:51: Which?

00:02:51: You know it feels a bit counterintuitive, right?

00:02:54: Because the natural instinct for any procurement team is to just go shopping for the coolest most capable new electric truck on the market.

00:03:02: Oh!

00:03:02: For

00:03:02: sure that is the exact trap Most fleet managers fall into.

00:03:06: they buy The asset and then try To figure out where it fits Into their operations.

00:03:10: but Siemens found That you have to understand the duty cycle first like what Is the vehicle actually required to do?

00:03:16: What's the daily payload?

00:03:17: what are there route elevations?

00:03:19: You really Have to let operational data challenge your assumption.

00:03:22: Yes,

00:03:23: and furthermore they realized you need to plan your charging infrastructure years before You even think you needed?

00:03:30: Years Before.

00:03:31: Wow

00:03:31: Yeah because the vehicles can be manufactured pretty quickly And the economics are increasingly favorable.

00:03:38: but trenching concrete upgrading grid capacity and Navigating local permitting that is The real bottleneck.

00:03:45: okay But let me push back on this a little bit.

00:03:47: service fans.

00:03:48: They're relatively light-duty.

00:03:50: They carry some tools, maybe a technician.

00:03:53: What about the heavy-duty sector?

00:03:54: That's a fair point

00:03:55: because there has been this persistent myth out there that zero emission tech simply cannot handle the grueling weight and torque requirements of heavy logistics.

00:04:05: Well I'll tell you...that myth is actively being busted right now

00:04:08: Is it?

00:04:09: Let's look at Portraitage.

00:04:11: Moving shipping containers out of ports is arguably the most brutal heavy duty application in Logistics.

00:04:17: Oh

00:04:17: we had no doubt.

00:04:18: Brad Bain highlighted that.

00:04:19: four general logistics just hit this incredible goal.

00:04:22: They actually became the first Port Drage fleet in the country to transition into a one hundred percent zero emission fleet.

00:04:29: One-hundred percent?

00:04:30: Yeah,

00:04:30: they didn't just add a few trucks for green lean for PR They transitioned entire operation.

00:04:35: See that proves fully zero emissions operations are possible even in most demanding high payload environments.

00:04:42: and you know we're seeing similar massive commitments of public sector too.

00:04:46: Oh!

00:04:46: Public transit agencies moving aggressively right now.

00:04:49: Yeah, Amy B pointed out Santa Monica's big blue bus.

00:04:52: they are not merely testing a handful of electric buses on some flagship route.

00:04:57: They have committed to a fully electric fleet by twenty thirty two and there putting serious capital behind it.

00:05:03: we're talking a fifty six million dollar investment specifically to deploy one hundred and thirty DC fast charging ports.

00:05:12: That is massive.

00:05:14: And meanwhile, Falco Benfield shared with the Maryland Department of Transportation.

00:05:17: their MTA division just took delivery of thirty-six battery electric buses.

00:05:22: The momentum is just everywhere

00:05:24: Which you know brings up a really critical question for anyone listening who works in fleet strategy.

00:05:29: Okay

00:05:29: let's unpack this then because if Siemens can deploy two thousand vehicles and at four gen Can transition one hundred percent of their drage fleet?

00:05:37: If municipalities are dropping tens of millions on infrastructure Why isn't every single fleet moving this fast?

00:05:43: That is the million dollar question.

00:05:45: Are operators just sitting on their hands waiting for a perfect moment, it's like waiting for interest rates to miraculously hit zero before buying a house.

00:05:51: you know Right

00:05:52: and that hesitation stems from pretty flawed mental model.

00:05:55: Fleet operators often treat readiness as binary state.

00:05:59: What do mean by binary?

00:06:00: Like?

00:06:00: they think either perfectly ready or completely unready.

00:06:05: There no middle ground.

00:06:06: Paul Leage brought this up in a really fascinating discussion about ambulance fleets.

00:06:11: Yes, we're not ready.

00:06:12: is the classic defense mechanism in this industry

00:06:15: precisely and on-the-surface sure their concerns are valid?

00:06:20: Grade capacity might be constrained in their specific region, or maybe government funding isn't perfectly aligned with their procurement cycle yet.

00:06:27: Right the timing is always a little off

00:06:29: but waiting for flawless grid capacity and perfect vehicle availability creates this circular problem.

00:06:36: The utility doesn't upgrade the grid because you haven't bought the vehicles And you don't buy the vehicles Because the utility hasn't upgraded the grid

00:06:43: exactly.

00:06:43: it's like.

00:06:44: well It's like waiting until you are already imperfect physical shape before you dare to step foot inside

00:06:49: of Ha!

00:06:49: That's a great way to put it.

00:06:51: You don't wait for readiness, you build it deliberately...you assess the depots, install first wave of chargers, analyze duty cycles and just start your process.

00:07:01: However…to be completely fair with fleets that are hesitating out there….

00:07:05: Even when you aggressively adopt the vehicles and build out your depot charging, there is a massive operational hurdle waiting for drivers on public roads.

00:07:15: The hardware exists but connecting dots to commercial viability is exposing a serious reliability gap.

00:07:21: This is the public charging gap And it's huge!

00:07:24: Colin Seal actually posted this incredible breakdown of a twelve hundred mile family EV road trip.

00:07:31: he just completed

00:07:32: A Family Road Trip

00:07:33: Yeah, but because he leads fleet and mobility programs for his day job He was analyzing the entire trip through the lens of a commercial fleet operator.

00:07:41: Oh that's fascinating.

00:07:43: What did you find regarding?

00:07:44: The actual infrastructure all

00:07:46: the raw coverage is actually becoming quite robust.

00:07:48: He noted that they found chargers when they needed them.

00:07:51: the flagship hub stations like the ones with dozens Of stalls in massive solar canopies were visually super impressive.

00:07:58: Okay So what's the catch

00:07:59: here?

00:08:00: where it gets really interesting for commercial fleets Those stations completely lack the amenities that a professional driver on a mandated rest break actually needs.

00:08:08: Oh, I see because passenger needs and commercial needs are wildly different

00:08:13: Exactly!

00:08:14: For a passenger, a vending machine might be totally fine.

00:08:17: but Colin pointed out there were no clean restrooms No real food options nowhere to comfortably wait.

00:08:23: Right!

00:08:24: If you're a commercial driver sitting for thirty minutes while heavy-duty battery charges and can't even get decent meal or use a restroom, that is unacceptable downtime.

00:08:33: And structurally these passenger hubs just don't have pull through lanes right?

00:08:37: No try backing the fifty three foot trailer into standard EV charging stall.

00:08:41: it's literally impossible.

00:08:42: Wow what if they tried rely on smaller secondary networks?

00:08:46: It actually gets worse.

00:08:48: Colin noted that the smaller chargers tucked into franchise gas stations were reliably out of service.

00:08:53: So while hardware is theoretically built-out, operational reliability and actual human driver experience are severely lagging

00:09:01: Which is driving a super fascinating shift in strategy right now.

00:09:05: Because public charging is so fraught for commercial use, some operators are attempting to bypass the plug entirely.

00:09:12: Wait!

00:09:12: Bypassed the plug?

00:09:13: How do you power an electric truck without plugging it in?

00:09:16: by

00:09:16: physically swapping the energy source?

00:09:18: Oh battery swapping Yes

00:09:21: Just.

00:09:21: Deep Singh shared a really compelling video out of China featuring a Sani group electric heavy duty truck utilizing battery swap technology.

00:09:30: I saw that footage, it literally looks like a pit stop in Formula One just scaled up for massive semi-truck.

00:09:35: The mechanics are brilliant.

00:09:36: honestly the truck pulls into designated bay Automated machinery physically unbolts and removes multi ton depleted battery from chassis And then seamlessly hoists and locks a fully charged battery into place.

00:09:51: The entire process takes just a few minutes.

00:09:53: But wait, that sounds incredibly capital intensive to build out.

00:09:57: Why go through the trouble of physically moving giant batteries instead of plugging high voltage cable in?

00:10:02: Because in logistics time is literally money For commercial vehicles running continuous multi-shift operations with extremely tight delivery windows.

00:10:12: waiting two hours to charge at traditional depot burns capital.

00:10:16: Oh I see

00:10:17: Battery swapping turns hours of downtime into a five-minute pit stop.

00:10:21: It does challenge vehicle design though because it requires standardized chassis configurations across different truck brands for it to work at scale, right?

00:10:29: Everyone has to play by the same rules.

00:10:31: well Well another mind.

00:10:32: bending way to bypass the traditional charging plug is To charge the vehicle while it is actively driving.

00:10:38: yes Hamida el ashgar reported on

00:10:41: this Right, a project in Detroit that successfully tested a wireless EV charging road.

00:10:46: This

00:10:46: is the Electrion Project Road beneath Fourteenth Street and Michigan?

00:10:49: Yes

00:10:50: but wait how does that practically work?

00:10:51: are they just ripping up the asphalt on the middle of the Michigan winter to lay down exposed charging pads?

00:10:57: No no exposed paths.

00:10:58: it relies on inductive charging.

00:11:00: They embed specialized copper coils beneath the surface of the asphalt And these coils generate a magnetic field.

00:11:08: So when a vehicle equipped with the receiver coil drives over the road, that magnetic field induces an electrical current in the receiver transferring power directly to the battery.

00:11:18: So the weather doesn't even matter?

00:11:20: Magnetic induction doesn't care about snow or ice.

00:11:23: they actually tested this with Ford e-transit vents driving through harsh Michigan winter storms and the power transfer remained completely stable.

00:11:32: That

00:11:32: is wild.

00:11:33: The physics of it are sound And it worked so well that they are expanding to a massive seventy million dollar project on Michigan Avenue right now.

00:11:42: Wow!

00:11:42: The implications for fleets is just profound, if the road itself charges truck while its en route you can design this truck with much smaller battery

00:11:50: which makes vehicle lighter increases payload capacity and completely eliminates charging downtime.

00:11:56: And speaking of eliminating downtime, if you are finding these deep dive insights valuable and want to ensure that you never have a gap in your industry knowledge take a quick second hit subscribe.

00:12:06: We love synthesizing this complex material for you and subscribing ensures you never miss a deep dive.

00:12:12: Definitely do that!

00:12:13: Now moving from infrastructure into the financial models we need to look at evolving economics as fleet ownership

00:12:20: because none is cheap

00:12:21: right?

00:12:22: Whether you are installing megawatt chargers, building battery swap stations or utilizing inductive roads none of this happens without serious capital.

00:12:31: How do fleet managers justify these massive upfront costs to their CFOs?

00:12:36: This is where the math gets incredibly complex.

00:12:39: The total cost of ownership for electric fleets is changing rapidly due technology but the way organizations actually procure vehicles... ...is stuck in a nineteen nineties mindset.

00:12:49: Oh

00:12:49: completely!

00:12:50: Lehan Hansen highlighted a brilliant conversation with Facundo Tassara about this specific disconnect, particularly within municipal fleet procurement.

00:12:58: The core issue is that purchasing departments are structurally obsessed with taking the lowest upfront bid

00:13:04: because their primary mandate is to save the taxpayer money.

00:13:07: today right now

00:13:09: true but fleet managers understand that the lowest up front bid is often a financial trap.

00:13:14: oh so

00:13:15: well facundo laid out.

00:13:17: An agency might select the cheapest truck to save, say ten thousand dollars today.

00:13:22: However that cheaper truck may have a six month longer lead time from the manufacturer.

00:13:28: That delay completely blows up the fleet's replacement cycle, forcing them to keep older failing diesel trucks on the road longer.

00:13:36: Which means more maintenance?

00:13:37: Exactly!

00:13:38: Over a ten-year lifespan.

00:13:40: when you factor in the extended maintenance costs of old trucks and potential unreliability for cheaper new truck that quote unquote low bid becomes absolute most expensive option on this table.

00:13:50: Procurement really needs to look at the entire life cycle.

00:13:53: When they do finally buy EVs The specific chemical technology inside the truck drastically dictates those lifecycle economics.

00:14:00: Oh, absolutely!

00:14:01: Jonas Augusto Manzali published a really detailed study proving that your choice of battery chemistry fundamentally alters the business case.

00:14:10: This brings us to an ongoing debate between LFP and NMC batteries doesn't

00:14:14: it?

00:14:14: It sure does And we need to decode this acronym soup for a second.

00:14:19: What is fundamentally different about LFP versus NMC ?

00:14:22: It basically comes down to molecular structure.

00:14:25: So LFP stands for lithium-iron phosphate, while NMC is nickel manganese cobalt.

00:14:31: Okay.

00:14:31: NMC batteries are incredibly energy dense which is great for long range but they're vulnerable to microcracking at the cathode if you constantly charge them to a hundred percent

00:14:41: Right would do a lot in fleets

00:14:42: Exactly Now.

00:14:43: LFT batteries on the other hand have this highly robust tightly bound crystalline structure.

00:14:48: They are slightly heavier and bit less energy dense.

00:14:52: But that stable structure means far less degradation from daily deep charging cycles.

00:14:57: And the data in Manzali's study totally backs up that chemistry, The studies show that LFT batteries sustain two point three to two-point four times the lifetime energy throughput of NMC battery.

00:15:07: Wow

00:15:08: over twice a lifetime.

00:15:10: Because the LFP battery degrades so much slower you just aren't replacing it as often factoring.

00:15:16: and that durability reduces annual operating costs by staggering twelve point six percent.

00:15:21: In the low-margin world of logistics, a twelve point six percent reduction in operating costs is game changing.

00:15:28: It means procurement isn't just about picking a chassis.

00:15:32: it involves evaluating the chemical vulnerability of the battery against your specific daily usage patterns.

00:15:38: and here's a financial twist.

00:15:40: no one really saw coming regarding the vehicles themselves residual values right.

00:15:44: what happens when you sell?

00:15:46: Sarah Burnham pointed out that for decades fleet managers operated on the assumption That a vehicle's value would only ever go down.

00:15:52: The only spreadsheet variable was the speed of depreciation.

00:15:55: Yeah, that's just a basic rule of fleets

00:15:57: But now in the commercial EV market.

00:15:59: some specific Vehicle models might actually retain their value far better than anticipated or In rare cases of scarcity they might even appreciate

00:16:08: wait Appreciate.

00:16:09: if the physical asset depreciates slower then a diesel equivalent your total cost-of ownership plummets

00:16:14: exactly.

00:16:15: But to capture those financial savings, your operational data has to be pristine.

00:16:20: Well yes

00:16:21: So we figure out how to protect the value of physical asset.

00:16:25: but there's a whole other financial leak that fleet managers have traditionally hidden and it involves human behavioral risk.

00:16:33: Oh this is an insurance angle.

00:16:35: You know what?

00:16:35: A teenager might hide his speeding ticket from their parents.

00:16:38: I

00:16:40: will neither confirm nor deny doing that.

00:16:42: Well, fleet operators have historically done the exact same thing to commercial insurance providers.

00:16:48: Sean Brayshaw posted an update about pay as your drive or payweedy insurance models rolling out heavily in Australia.

00:16:55: Okay how does that work?

00:16:56: In the past a fleet could secure decent insurance rates simply by checking a box claiming they ran a quote.

00:17:02: safe operation and you know...doing some basic driver training

00:17:06: Right!

00:17:06: And the actuaries basically just had take their word for it

00:17:08: Exactly.

00:17:10: But now, with electric and connected vehicles the insurance companies aren't asking for assurances anymore.

00:17:16: They are just pulling raw telematics data!

00:17:19: And

00:17:19: the debt doesn't lie?

00:17:20: It really does not.

00:17:21: It might reveal that a specific driver has two hundred hard-breaking events or severe speeding incidents every single year.

00:17:30: Shahn noted by utilizing this data, insurance providers are going to price commercial risk accurately...for their very first time.

00:17:38: The pricing shock for fleets with bad habit is going to be severe.

00:17:42: But on the flip side, For the fleets that actively monitor their telematics and correct driver behavior They will unlock premium rates dramatically lower than traditional commercial insurance.

00:17:51: It forces total accountability.

00:17:53: I mean if a fleet refuses to share its Telematics data With the underwriter the actuaries Will simply price them as high risk assuming they have something To hide

00:18:00: right.

00:18:01: so If i am a fleet manager Right now My job has completely transformed.

00:18:06: I am tracking LFP degradation curves, planning routes around inductive charging roads and monitoring real-time telematics to keep my insurance premium solvent.

00:18:15: A human being cannot manage this level of complexity manually on a spreadsheet anymore.

00:18:19: No absolutely not.

00:18:21: Which leads perfectly into our final theme The entry of active AI in fleet operations.

00:18:27: Yes.

00:18:28: And to be clear, we are not talking about AI as a fancy descriptive dashboard that just generates like a pie chart of last month's fuel usage.

00:18:37: We are talking about Ai is a prescriptive active participant in operations.

00:18:42: Ron Sullivan provided an excellent framework for this transition.

00:18:46: He argued that AI in the fleet sector needs to do three specific things right now.

00:18:51: Automate routine, manage exceptions and escalates judgment calls.

00:18:55: It essentially needs to strip away all repetitive triage work.

00:18:58: And this exact concept is rapidly evolving into what Veered Mandelbaum Joseph refers to as Agentec AI.

00:19:04: AgenteC meaning The AI acts an autonomous agent?

00:19:08: Correct!

00:19:08: So historically if a connected vehicle had issue A basic AI system would flag an alert.

00:19:14: Perhaps it sends an email saying, vehicle four has breakware approaching a critical safety threshold.

00:19:19: Okay pretty standard but then A human fleet manager had to read that e-mail cross reference inventory for brake pads and call the mechanic to schedule downtime.

00:19:28: Agenic AI moves from read only alerts To rewrite API actions.

00:19:32: What does that look like in practice?

00:19:34: It notices the break where Automatically opens a work order in the maintenance software, pings the inventory database to check for parts, analyzes the vehicle's upcoming delivery routes to propose a maintenance slot that minimizes downtime and pushes notification directly into the technicians' tablet.

00:19:52: So this system handles entire administrative workflow before human even touches keyboard?

00:19:57: Exactly!

00:19:58: A human still reviews and approves the final plan, primarily for safety oversight.

00:20:03: But the exhausting busy work of triage and cross-referencing is entirely absorbed by this

00:20:10: software.".

00:20:10: And that isn't just theoretical white paper stuff either — it's launching right now!

00:20:14: Katie Siegel announced the rollout of Flip AI...

00:20:17: Oh I've heard them….

00:20:18: Yeah they are positioning as the first fully autonomous operations agent specifically built for electric fleets.

00:20:24: It integrates across the Sleet's entire digital stack to build a live picture of operations.

00:20:29: How deep does that integration actually go though?

00:20:32: Deep enough, interact with physical hardware.

00:20:34: if remote DC fast charger stalls out flip AI can utilize Hardware API integrations to bypass local networks and autonomously force hard reboot of the Charger.

00:20:44: That is incredible!

00:20:46: Yeah If there is a projected delay based on traffic or charging times, it autonomously texts the specific fleet managers handling that route.

00:20:55: It is truly bridging the gap between digital data and physical asset

00:20:59: management.".

00:20:59: And the data proves this level of AI integration works effectively at massive scale too?

00:21:06: Ali Furman shared a really compelling case study involving PWC and the Avis budget group.

00:21:12: Avis manages one of the largest rental fleets in

00:21:14: U.S.,

00:21:15: and historically they struggled immensely with real-time visibility where their assets actually were, but by connecting diverse fleet data streams across a hundred twenty five different US locations and applying custom AI agents to analyze that data achieved seventy six percent live visibility for entire massive fleet under eighteen months

00:21:33: which fundamentally allowed them to turn vehicles around faster and increase their revenue per asset.

00:21:38: Exactly, it all connects into this unified ecosystem.

00:21:41: The AI manages the complex charging schedules Which in term protects chemical integrity of those LFP batteries Which dramatically lowers total cost ownership Which ultimately provides financial justification To scale up massive production levels.

00:21:56: we saw with Siemens at very beginning our discussion.

00:22:00: It is an incredibly intricate interconnected web of physical and digital logistics.

00:22:05: If you enjoyed this episode, new episodes drop every two weeks.

00:22:09: also check out our other editions on charging in battery technology autonomous mobility markets and software-defined AI defined vehicles.

00:22:16: And before we close there's one final critical piece of the puzzle that really must consider.

00:22:21: What is it?

00:22:22: Well We have spent these deep dive focus heavily on granular technology right The battery chemistry API software integrations inductive chargers.

00:22:31: But if we zoom out, whole nations are moving macroeconomic chess pieces that will dictate the future of this industry.

00:22:38: Kevin Jay too highlighted details from China's fifteenth five-year plan and what is truly striking about their policy direction.

00:22:46: They are focusing aggressively on heavy-duty trucking and freight logistics decarbonization.

00:22:56: There not just suggesting changes, they're mandating road to rail freight shifts engineering massive zero carbon transport corridors And structurally tying the transportation sector directly into national power grid.

00:23:09: So here is a reality as you look at your own operations out there.

00:23:13: If entire global supply chains and national economies Are mandating this transition towards zero emission heavily integrated freight, what happens to the commercial fleet operators who stubbornly refuse to integrate AI and EVs today?

00:23:26: Will they simply be priced out of existence by more efficient

00:23:39: competitors?