Basic Information

BrandGEELY
SeriesEmgrand
Year2025
First Registration2025/02
Mileage7,000km
Transfer Count2times
FuelGasoline
TransmissionCVT
Engine1.5L 127 L4
ColorWhite
Seats5seats

Condition Description

Original paint, original condition, excellent vehicle.

Configuration Highlights

✓Remote Start
✓Auto Hold
✓360-Degree Camera
✓Tire Pressure Monitoring

Document Information

Inspection Expiry Date2027/02
Warranty Expiry Date-
Insurance Expiry Date-

Q&A

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What is a battery SOH certificate and why does it matter when buying a used EV from China?

SOH (State of Health) measures the battery's remaining capacity as a percentage of its original capacity. Two EVs with the same mileage can have very different SOH depending on charging habits and climate exposure, and since the battery represents 30-50% of a used EV's value, the SOH number is effectively the real price tag. A proper certificate includes current SOH percentage, cell voltage balance, charge cycle counts, battery management system fault codes, and often a projected range estimate. In hot-climate markets like the Gulf, a degraded battery degrades even faster, so a documented SOH above 85-90% is strongly recommended. Exporters who provide verified SOH certificates close deals faster and command better prices, so treat the certificate as a core purchase document, not an extra.

Will protective measures against rain or sun be taken for vehicles parked outdoors while waiting to be loaded at the port?

The storage area at the roll-on/roll-off terminal is entirely outdoors, which is standard practice at ports worldwide. During the few days vehicles wait to be loaded, they will inevitably be exposed to sun and rain and accumulate dust. We will not provide custom car covers as this would significantly hinder the efficiency of dock workers moving vehicles.

Is there a specific testing process for the smooth transition between the engine and motor in hybrid (HEV/PHEV) vehicles?

Yes. For hybrid vehicles, technicians will conduct forced switching tests between EV (electric) and HEV (hybrid) modes, focusing on the sensation of clutch engagement and reading the hybrid system's specific fault codes to ensure the complex dual power system operates correctly.