App Support

Requires carrying the key with you, which is easy to lose or forget; key duplication is risky, there is no unlocking record to trace, and the security is poor.

Reliance on cash transactions is cumbersome; payment records are easily confused and reconciliation is time-consuming, there is a risk of counterfeit currency.

Without anti-theft and monitoring, stolen vehicles are difficult to track and have a low probability of being recovered. Furthermore, it is impossible to monitor their status in real-time, making them prone to loss or misuse.

Lack of a unified charging and battery swapping system: Reliance on scattered third-party charging stations, incompatible charging interfaces, long waiting times; lack of transparent pricing information, poor charging and battery swapping experience, and low operational efficiency in replenishing the vehicle's range.

Manual operation is required; remote starting and stopping the vehicle requires the person to be present, resulting in low dispatch efficiency. When changing vehicle usage needs temporarily, additional trips to the site are required, which is time-consuming and labor-intensive.

The rental process is cumbersome and risky: it requires offline handover of keys and signing of contracts, which is complicated. There is no effective control over tenant rent arrears and vehicle damage or theft, resulting in high costs for rights protection and property security.

Without any early warning mechanism, vehicle malfunctions and abnormal conditions cannot be detected in a timely manner, which can easily lead to problems such as breakdowns on the road and the escalation of the malfunction, resulting in high maintenance costs and affecting operating revenue.

The configuration is rudimentary and the environmental adaptability is poor: there is no professional waterproof/high temperature resistant design, it is easy for water to enter and short-circuit in rainy weather, and the components are prone to aging and failure under high temperature, resulting in high maintenance costs and short service life.

The battery level display is unclear: relying solely on a simple pointer-type instrument results in inaccurate battery readings, large deviation in range estimation, and a high risk of running out of power mid-journey, which affects operational efficiency.