Design 0101
Urban Comfort
Friendly passenger layout
Easy entry · front + rear benches · side-swap batteries · rain drapes · modular panels
Electric mobility ecosystem
AR EV
Platform
A vehicle, a retrofit path and the energy backbone that keeps fleets moving.
Three connected products for practical electric mobility: the AR EV Tuk-Tuk, an electric conversion kit for existing vehicles, and a modular battery-swap and mobility-hub platform.
Product visual from the Thuanki AR EV concept platform
Three-product architecture
Designed as an ecosystem, not an isolated vehicle.
Common-platform vehicle family
Five configurations. Shared geometry, service logic and battery access.
Each design changes the cabin or duty emphasis without changing the core AR EV platform logic. That preserves common parts, local buildability, accessible service and the side-swap battery architecture.
Design 0202
Weather Guard
Enhanced all-weather comfort
Insulated roof · roll-down clear drapes · side-swap access · easy-clean surfaces · repairable panels
Design 0303
City Clean
Refined enclosed urban form
Front + rear bench seating · wide side opening · side-swap bay · weather drapes · low-maintenance panels
Design 0404
Utility Flex
Passenger and luggage duty
Luggage shelf · wide side access · rain drapes · side-swap battery · common platform
Design 0505
Premium Mobility
Sharper identity, same platform
Refined lighting · flat-sheet construction · easy access · shared service parts · cohesive family design
Conversion Kit
A modular rear e-drive, battery, control and mounting path for suitable donor vehicles.
Battery Swap Module
Driver access, cabinet safety, charged inventory and battery-health verification in one sequence.
Fleet + Battery Intelligence
Vehicle status, battery state, swap activity, service evidence and operating visibility.
01
A modular, human-centered electric mobility platform
AR EV Tuk-Tuk
Designed around daily passenger use, local serviceability and modular assembly. The cabin combines front and rear bench seating with a wide side opening, low step-in access, a flat floor and weather protection.
Front and rear bench seating with a spacious passenger cabin
Wide side opening, low step-in access and flat-floor movement
Side-swap battery bay for quick module exchange
Insulated roof and roll-down rain drapes
Common hard points, modular panels and accessible service components
A low-chassis platform designed for multiple body and use-case variants
System configuration
Concept platformBuilt around people
Easy entry, practical seating, weather protection and passenger usability shape the cabin.
Built to be serviced
Flat panels, accessible modules and common hard points reduce service complexity.
Built to scale
A common low-chassis architecture supports multiple vehicle and body configurations.
02
A practical electric retrofit for existing passenger tuk-tuks
AR EV Conversion Kit
The conversion route retains the familiar body, chassis and passenger cabin while replacing the combustion powertrain with a modular electric system designed for clean integration and workshop-friendly service.
LFP battery module in an under-driver-seat battery box
Compact rear e-drive unit replacing the engine and reduction system
Controller / inverter, vehicle control unit and DC-DC conversion
On-board charger, external charge inlet and protected HV/LV harness
Mounting brackets and hardware designed to minimize chassis changes
Container-friendly module sets for field conversion and local capability building
System configuration
Concept platformKeep the familiar vehicle. Change the powertrain.
01Inspect the donor vehicle
02Remove combustion components
03Fit brackets + rear e-drive
04Install battery + controls
05Wire, test and commission
06Prepare local service handover
03
The fleet-energy layer behind high-uptime electric mobility
Battery Swap Module + Mobility Hub
A modular cabinet and operations layer for charging, monitoring and exchanging fleet batteries. The concept connects swap hardware, FlexPower energy supply, battery intelligence and partner operations into one scalable hub.
Modular cabinet architecture with 8-12 swappable LFP battery slots
Guided battery trays, connector docking and controlled locking
BMS-led monitoring, thermal management and charge control
Designed tool-less exchange in under 60 seconds
Safety isolation, status interface and remote operational visibility
Integration with solar, grid and FlexPower-backed energy supply
System configuration
Concept platformA controlled swap, end to end.
Cabinet mechanics, battery status, driver access and fleet records work as one operating sequence.
- 1Driver authentication
- 2Cabinet safety check + unlock
- 3Depleted battery return
- 4Charged battery issue
- 5Battery-health verification
- 6Vehicle returns to service
From energy source to fleet movement
The mobility hub closes the loop.
Energy input
Solar, grid or generator feeds the FlexPower energy system.
Charged inventory
Battery modules are charged, tracked and held ready.
Fleet uptime
Charged modules move to the swap cabinet and vehicles return to service.
Operational intelligence
Fleet, battery and service data support day-to-day decisions.
AR EV materials present a Thuanki concept platform and product architecture. Vehicle, battery, cabinet, timing, capacity and deployment details remain subject to validation, approved configuration, local regulation and field engineering.