One Vehicle, One Identity · Automatic Identification · Fast Passage · Controllable Permissions · Traceable Exceptions

I. Solution Introduction

With the continuous rise in the number of electric bicycles in China, the management needs for electric bicycle identity verification, access control, parking order maintenance, safety supervision, and abnormal event tracing in residential communities, parks, campuses, commercial complexes, parking lots, and public management areas are constantly increasing.

Traditional management models relying on manual registration, license plate recognition, and ordinary access control generally suffer from many pain points such as difficulty in verifying vehicle identity, low passage efficiency, frequent disorderly parking, unauthorized vehicles entering at will, and inability to detect abnormal vehicles in a timely manner.

VANCH's RFID electric bicycle access management solution, relying on software and hardware equipment such as RFID vehicle electronic tags, fixed readers, RFID antennas, channel devices, barrier gates, industrial gateways, and intelligent management platforms, gives each electric bicycle a unique digital identity. The system can automatically identify vehicle information at the entrances and exits of communities, parks, campuses, and parking areas, achieving fast passage, identity permission verification, parking area control, access data retention, blacklist and whitelist control, and abnormal risk warnings, helping management units improve the passage efficiency and overall safety control level of electric bicycles.

II. Existing Pain Points in Electric Bicycle Management

Electric bicycles have a huge quantity, frequent personnel flow, and scattered parking locations. Traditional management methods find it difficult to achieve real-time and refined control. The main pain points include six aspects:

1. Difficult Vehicle Identity Verification

Electric bicycles have high appearance similarity and a large stock base. Relying on manual verification makes it difficult to quickly verify the vehicle owner and passage permissions.

2. Low Access Passage Efficiency

During morning and evening peak hours, a large number of electric bicycles pass through entrances and exits in a concentrated manner. Manual registration and vehicle-by-vehicle verification easily cause congestion at entrances and exits, affecting the passage experience.

3. Incomplete Access Records

Vehicle entry and exit frequency is high. Traditional management models cannot generate complete, continuous, and accurate passage records and historical data.

4. Difficult Control of Unauthorized Vehicles

External social vehicles, blacklisted vehicles, and unregistered vehicles entering controlled areas cannot be identified immediately and intercepted in a timely manner.

5. Difficult Parking Order Control

After vehicles enter the park/community, parking points are scattered. Problems such as disorderly parking, occupied-road parking, and unauthorized entry into non-designated parking areas occur repeatedly.

6. Difficult Tracing of Abnormal Events

In the face of abnormal vehicle entry and exit, prolonged stays, and unauthorized passage, managers find it difficult to quickly locate the vehicles involved and retrieve complete historical records for event tracing.

III. RFID Technology Solution Approach

Establish a unique digital identity for each electric bicycle, achieving full-process management of automatic identification, fast passage, real-time recording, and abnormal warnings.

1. Vehicle identity binding: Install RFID electronic tags on electric bicycles to establish a unique digital identity for each vehicle.
2. Contactless automatic identification: When vehicles pass through entrances and exits, RFID equipment automatically reads vehicle identity information over a long distance.
3. Automatic permission verification: The system automatically verifies whether the vehicle has passage permissions for the corresponding area and time period.
4. Device linkage passage: Authorized vehicles that pass verification are linked with access control, barrier gates, and other devices for automatic release.
5. Risk and abnormal warning: Real-time alarm reminders are issued for blacklisted vehicles, unregistered vehicles, and abnormal passage behaviors.

IV. Core Application Scenarios

The entire solution covers full business scenarios such as vehicle information registration, contactless automatic passage, parking area control, blacklist and whitelist control, passage trajectory recording, and abnormal warning and tracing.

1. Vehicle Identity Registration

Complete unique vehicle identity binding, associate it with the owner's personal information, and uniformly establish vehicle electronic archives; support real-time maintenance of tag status, rapid retrieval and query of vehicle data, and batch import of basic vehicle information, adapting to large-scale vehicle file creation.

2. Automatic Vehicle Passage

Support long-distance RFID automatic identification. Electric bicycles do not need to stop and swipe cards. The system links with barrier gates and access control for automatic release; automatically records entry and exit times, ensuring fast passage during morning and evening peak hours and greatly reducing manual verification workload at entrances and exits.

3. Parking Area Management

Identify and collect vehicles in designated parking areas, count the number of vehicles on site in real time, and query vehicle status in the area; push reminder warnings for illegal parking behavior, set passage permissions for key controlled parking areas, and standardize overall parking order.

4. Blacklist and Whitelist Management

Whitelisted authorized vehicles are automatically released quickly; blacklisted vehicles are automatically identified and intercepted by the system; pop-up reminders are issued promptly for unregistered external vehicles; temporary passage permissions can be configured for temporary visiting vehicles, with automatic control of permission validity and expiry, achieving interception and control of abnormal vehicles.

5. Vehicle Entry and Exit Records

Completely retain each vehicle's entry and exit time and entrance/exit point information; support retrieval of historical passage records, grasp vehicle status on site in real time; the system automatically completes statistics and summary of entry and exit data, and can quickly filter and locate abnormal passage records.

6. Abnormal Warning and Tracing

Real-time push warnings for abnormal passage behavior; identify vehicles staying for a long time and remind management personnel; immediate alarm for blacklisted vehicle intrusion; identify unauthorized vehicles crossing area boundaries; support retrieval of complete historical passage trajectories of vehicles, achieving rapid tracing and review of various abnormal events.

V. Overall System Composition

The system architecture is divided into four layers: RFID perception layer, network transmission layer, platform service layer, and electric bicycle business application layer.

1. RFID perception layer: Includes RFID vehicle electronic tags, fixed readers, RFID antennas, vehicle channel devices, barrier gates, and various front-end identification hardware devices.
2. Network transmission layer: Compatible with multiple communication modes such as Ethernet, Wi-Fi, 4G/5G, and industrial gateways, ensuring stable upload of vehicle identification data to the management platform.
3. RFID platform layer: Realizes core capabilities such as hardware device access management, tag lifecycle management, vehicle identity archive management, passage permission rule configuration, event processing, abnormal warnings, external API interfaces, and data push.
4. Business application layer: Implements actual business functions such as vehicle registration, automatic passage, parking area control, blacklist and whitelist management, passage record query, abnormal warnings, and data statistical analysis.

VI. Complete RFID Electric Bicycle Management Process

Achieve full-process digital closed-loop management of electric bicycles from file creation and registration to passage tracing:

1. Vehicle file creation: Enter basic vehicle and owner information.
2. Tag binding: Bind an RFID electronic tag to the vehicle to generate a unique digital identity.
3. Permission configuration: Set the passable areas and allowed passage time periods for the vehicle.
4. Automatic identification: When the vehicle arrives at the entrance or exit, RFID equipment automatically reads the tag identity.
5. Automatic passage: After permission verification is passed, link with barrier gates and access control to automatically release the vehicle.
6. Record tracing: Completely save vehicle entry and exit records and abnormal event records, supporting subsequent query and tracing.

VII. Solution Application Value

1. Improve entrance and exit passage efficiency. Relying on RFID long-distance contactless identification, eliminate the steps of stopping to swipe cards and manual registration, alleviating entrance and exit congestion.
2. Strengthen digital vehicle identity management. Each electric bicycle is bound to a unique RFID electronic tag, completing digital identity confirmation of the vehicle and achieving one vehicle, one profile.
3. Improve industrial park and campus security levels. Accurately identify unauthorized vehicles, blacklisted vehicles, and abnormally passing vehicles, and provide timely warning and interception, reducing the safety risk of illegal intrusion.
4. Reduce on-site manual management costs. Identification verification, permission judgment, and passage records are all executed automatically, effectively reducing the work pressure of gate security personnel.
5. Achieve full-process data traceability. Automatically and completely record every entry and exit behavior of vehicles, support retrieval of historical data, and provide data basis for review and tracing of various events.
6. Empower refined property management. Vehicle information, owner information, area permissions, and passage data are uniformly collected and managed, providing data support for parking governance and safety control.

VIII. About VANCH

Shenzhen VANCH Intelligent Technology Co., Ltd. (VANCH) was established in 2006 and is headquartered in Shenzhen. It is a high-tech enterprise focusing on the R&D, design, production and manufacturing of intelligent sensing radio frequency (RFID) products and the delivery of industry solutions.

The company is deeply engaged in the field of industrial-grade RFID identification. Its business covers intelligent vehicle management, personnel management, asset digital management, and smart digital park construction. It provides complete RFID hardware products and implementation solutions for residential communities, industrial parks, campuses, parking lots, logistics parks, enterprise factory areas, and other scenarios.

VANCH can, in accordance with customers' actual needs, provide RFID vehicle electronic tags, fixed readers, RFID antennas, channel devices, industrial gateways, and system integration supporting services around businesses such as electric bicycle identity recognition, contactless automatic passage, parking area control, blacklist and whitelist, and abnormal warnings, helping customers build an efficient, safe, and traceable intelligent management system for electric bicycles.

Brand: VANCH

Main business: RFID readers, RFID antennas, RFID electronic tags, complete RFID solutions for electric bicycles

Official website: www.vanch.net

Contact: 0755-82426775 | pa@vanch.net