Geospatial Solutions

Fleet electrification planning for routes, depots, and charging decisions

Know which routes can electrify before buying vehicles.

Map duty cycles, depots, dwell time, charging candidates, range risk, and phased rollout options so your team can choose the first electric routes with confidence.

Route and energy planning map used for fleet electrification decisions.

Routes

daily duty cycles screened against range and charging needs

Depots

charging candidates mapped against operations and dwell time

Phase 1

first rollout plan focused on the routes most likely to work

Route feasibility

See which trips fit range, time, charging, terrain, and depot constraints.

Charging placement

Depot and public charging options are weighed against real operating geography.

Budget-ready next step

The review turns a transition idea into a scoped planning package.

Transition surface

Compare routes, chargers, depots, and rollout risk in one place.

A fleet transition gets expensive when the map is missing. The planning surface should show what can electrify now, what needs infrastructure, and what should wait.

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Route and range fit

Daily routes, dwell windows, terrain exposure, mileage, and operating slack screened for EV readiness.

Depot charging

Depot addresses, yard constraints, charger candidates, and operational timing mapped together.

Vehicle classes

Route groups organized by vehicle type, payload, duty cycle, and charging requirement.

Phase plan

A first-phase rollout sequence with risks, unknowns, and budget inputs separated clearly.

Review workflow

Start with routes and depots, then scope the charging plan.

The call should turn fleet spreadsheets and address lists into a concrete map, model, and pilot phase.

01

Send route and depot data

Share route lists, telematics exports, depot addresses, service areas, or vehicle classes.

02

Map operating constraints

Confirm duty cycles, charging windows, target vehicles, utility concerns, and service requirements.

03

Model scenarios

Compare routes, depot charging options, range risk, and rollout phases.

04

Review the rollout path

Choose the first paid planning phase: route screen, depot study, or full transition packet.

Review output

A fleet electrification packet buyers can approve.

The first output should show which routes are ready, where charging belongs, and what must be verified before procurement.

Electrification candidate route list

Depot and charger opportunity map

First-phase cost, risk, and data-gap model

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Bring the fleet routes. Leave with the charging and rollout path.

A focused planning call turns EV ambition into a route, depot, and first-phase implementation scope.

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Implementation stack

Technologies We Work With

We choose the stack around the job: browser maps for decision surfaces, spatial databases for reliable data, Python and GIS libraries for analysis, and annotation tools when imagery needs reviewer-ready labels.

QGIS

GIS Software

ESRI ArcGIS

GIS Platform

PostgreSQL

Database

PostGIS

Spatial Database

AWS

Cloud Platform

Google Cloud

Cloud Platform

DuckDB

Analytics Database

OpenAI

AI Platform

Claude AI

AI Assistant

CVAT

Annotation Tool

Python

Programming

React

Frontend

Node.js

Backend

Docker

Containerization

Kubernetes

Orchestration

Azure

Cloud Platform

TensorFlow

Machine Learning

Pandas

Data Analysis

NumPy

Scientific Computing

Jupyter

Data Science

Git

Version Control

Linux

Operating System

Ubuntu

Operating System

Mapbox

Mapping Platform

Leaflet

Web Mapping

Fastapi

API Framework

GeoPandas

Geospatial Analysis

GDAL

Geospatial Library