Imagine that you have invested three million Swedish kronor in a heavy electric truck. The driver is in the cab. The order is placed. It's six in the morning. And then — an orange warning light. The battery isn't enough. The task must be redistributed, the customer notified, the margin eaten up. Not due to mechanical failures. Not due to bad drivers. But due to the absence of a single system that calculated correctly.

This is not a hypothetical scenario. It's the reality for hundreds of Swedish haulage companies that in 2025–2026 roll out electric vehicles without modernizing the logistics that should handle them. A diesel truck is fault-tolerant — you refuel when it runs out. An electric truck is not fault-tolerant. It requires planning with a precision that human spreadsheets can never deliver.

The profitability of electrification does not depend on battery sizes or charging speeds. It depends on how quickly and accurately your system can answer a simple question: Can this truck handle this job — and what does it cost otherwise?

Three variables that change everything

Route planning for electric vehicles is not route planning with an extra step. It's a fundamentally different calculation, with three moving parts that must be handled simultaneously:

A steep hill drains the battery differently than flat ground — and a full load makes it worse. A charger that is "available" on the map can be occupied, broken down, or take 80 minutes longer than planned. And the driver's rights and rest times are not negotiable with the customer. All three variables must coexist in every route decision, in real-time, all day long.

Why separate systems always fail

Many haulage companies try to solve the complexity of electric vehicles with a patchwork of tools: a TMS for orders and route planning, an app for battery status, a spreadsheet for charging schedules, and another system for driver administration. It looks like a system. It is not a system.

Navichain is designed from the ground up as an integrated platform — not a collection of modules that communicate with each other via email. This means that the battery's State of Charge is a live data point in the same system that handles your orders, your drivers, and your customers. No manual sync. No information delay. No person in the middle trying to keep the picture together.

It's not about range. It's about trust.

Range anxiety for electric trucks is real. But it's not cured with a larger battery — it's cured with a better system. When your dispatcher knows exactly where each truck is, how much energy it has left, what the next order requires, and where the next charging opportunity is — the anxiety disappears. What remains is a quiet, extremely cost-effective production unit that delivers on time, every day.

Navichain is already in operation with haulage companies ranging from single vehicles to complex multi-carrier operations with hundreds of trucks. The platform is cloud-based, operated on Swedish servers outside the reach of the US CLOUD Act, and integrates with Fortnox, Visma, Wint, and Hogia — without forcing you to change the systems you already trust.

You start for free. You pay 199 SEK per user per month when you grow. And if you want to put Teltonika hardware in the fleet and run vehicle tracking, e-CMR, and digital driver logbooks as a combined investment — the HaaS model is available at 199 SEK per vehicle per month.