Buy for the shift pattern, not for the brochure range.
A ride-hailing car earns only while it is available. Route repeatability, charging access, driver behaviour, parts and repair time can matter more than a small difference in purchase price.
Best fit: predictable urban work, reliable depot charging and enough reserve for climate-control load.
Best fit: mixed routes with regular charging plus fuel backup for uncertain long shifts.
Best fit: weak charging access, remote work and markets where conventional service depth dominates.
Start with the job the car must finish
The cells below are operational screens, not promises for a specific vehicle.
Calculate cost per available kilometre
A fleet vehicle that is cheap to run but frequently unavailable is not cheap.
Monthly fleet cost = depreciation or finance + energy + maintenance + tyres + insurance + compliance + charging + downtimeDivide by revenue-service kilometres, not odometer kilometres. Track deadheading, charging travel, workshop movement and driver waiting separately so one powertrain is not given an artificial advantage.
| Input | Measure from pilot | Common mistake | Decision use |
|---|---|---|---|
| Energy | kWh and fuel per 100 revenue km | Using catalogue efficiency | Apply local tariffs and fuel prices. |
| Availability | Hours ready for dispatch | Ignoring charging queues | Price lost shifts and peak demand. |
| Maintenance | Parts, labour and days off road | Counting only scheduled service | Build a model-specific parts stock. |
| Driver behaviour | Plug-in rate, idle time, speeding and AC use | Assuming every driver follows the plan | Set training and incentive rules. |
| Residual value | Expected sale route and evidence retained | Using a new-car depreciation curve | Protect service, battery and accident records. |
A four-step procurement sequence
Expansion should follow measured operating evidence.
Write the route brief
Daily and peak distance, shift windows, passengers, luggage, roads, temperature and charging dwell time.
Inspect exact units
VIN, history, structure, OBD, battery or powertrain evidence, tyres, charging and documents.
Run a measured pilot
Log revenue km, energy, charging, downtime, faults, driver feedback and customer capacity.
Scale the support system
Add vehicles only after chargers, spare parts, diagnostic access, technicians and replacement capacity are ready.
Compare powertrains in the same operating brief
The products below represent three powertrain paths. Final configuration and condition remain unit-specific.
BYD Dolphin 2025
Use as a pilot candidate only after route, charging, condition and local-service checks.
BYD Seal 05 DM-i
Use as a pilot candidate only after route, charging, condition and local-service checks.
Geely Galaxy A7 EM-i
Use as a pilot candidate only after route, charging, condition and local-service checks.
Toyota Corolla 2023
Use as a pilot candidate only after route, charging, condition and local-service checks.
Charging is a fleet asset, not an accessory
IEA data shows rapid EV growth in emerging markets, while World Bank analysis stresses that high-use transport segments can create strong operating and employment benefits. The commercial result still depends on locally designed charging and service.
Size the connection
Calculate simultaneous charging load, available power, protection, parking layout and recovery time between shifts.
Plan charger downtime
Keep a failure route: spare connector, alternate charger, maintenance response and dispatch rule.
Protect battery evidence
Store charge history, faults, inspections and repairs so future resale is supported by records.
Train dispatch and drivers
Assign routes using practical reserve and charger availability instead of sending every car to every job.
Questions to answer before ordering multiple cars
The pilot should replace assumptions with local evidence.
Should a ride-hailing fleet choose BEV, PHEV or petrol cars?
Choose BEV for predictable daily routes with dependable depot charging, PHEV for mixed routes where drivers can charge consistently but need fuel backup, and petrol where charging or electrical-service reliability is not yet operationally proven. The best powertrain is the one that completes the duty cycle with the least total downtime.
Is the cheapest vehicle the lowest-cost fleet car?
No. Fleet cost includes depreciation or finance, energy, scheduled maintenance, tyres, insurance, compliance, charging equipment, driver time and lost revenue during downtime. Compare monthly cost per available operating kilometre rather than purchase price alone.
How large should the first import order be?
Start with the smallest operational pilot that can represent the real route and shift pattern. Run it for at least one full maintenance and charging cycle, measure energy, downtime and driver behaviour, then expand only after parts, diagnostics and charging capacity are proven.
When does a PHEV fail to deliver fleet savings?
A PHEV loses much of its electric-operation advantage when drivers rarely plug in, routes exceed electric capability every shift, charging access is inconvenient or the fleet carries both combustion and high-voltage maintenance burdens without using the battery effectively. Monitor plug-in rate and fuel use by vehicle.
What battery evidence does a used BEV fleet need?
Require exact-unit usable-energy or SOH methodology, cell balance, fault scan, thermal-system condition, AC/DC charging records and underbody inspection. Then verify that practical range covers the route with reserve under local temperature, traffic and air-conditioning load.
Which current YIHUI EXPORT car is best for my fleet?
There is no universal winner. The BYD Dolphin is an EV candidate, the BYD Seal 05 DM-i and Geely Galaxy A7 are PHEV candidates, and the Toyota Corolla is a petrol candidate. Confirm exact-unit seats, condition, charging, parts and local registration before selecting a pilot.
Market and charging context
Cost conclusions are recommendations inferred from fleet operations, not universal savings guarantees.
Fleet playbook reviewed 2026-08-19. Operating examples are decision frameworks, not guarantees of range, savings or revenue. Validate exact vehicles, local energy costs, regulations, routes and service capacity in a measured pilot.