Products

Hipower System

Automatic Number Plate Recognition(ANPR)

The primary goal is to detect vehicle objects and recognize license plate numbers, combined with peripheral devices for coordinated control and management. It is commonly used in lane parking for identifying the license plate numbers of entering and exiting vehicles. It can also utilize technologies like etags or sensor-triggered comparisons for vehicle identity verification and permission control applications. This system is suitable for applications in areas such as factory and building parking management, camp personnel and vehicle identification control, as well as parking occupancy detection and identification. It is an efficient and intelligent automatic vehicle recognition and management system for lane entry and exit. The system employs advanced smart image license plate recognition technology to swiftly and accurately identify vehicle license plate numbers. It also coordinates with surrounding equipment for multi-factor matching and automatic reception of lane control devices.

The system equipment can be expanded to integrate with HIPOWER's peripheral devices (RFID reader/LED display/Gate controller) for extended lane applications. Additionally, it is equipped to integrate with the central parking management system platform LPRM to meet multi-lane management requirements.

The ANPR system is deployed in vehicle lanes for entry and exit, utilizing network cameras and intelligent image license plate recognition technology for vehicle identification. After identification, the system uses network transmission to coordinate control barriers and peripheral devices like LED displays or expandable RDIF access card readers. This enables multi-factor identification and confirmation of personnel and vehicle identities for access permission control, managing entry and exit permissions for residents and non-residents. Additionally, the system provides a visitor registration management mechanism for access permission control. Furthermore, the system equipment can be expanded to integrate RFID technology for multi-factor identification and matching. Administrators can accurately identify the identities of entering and exiting individuals and vehicles, including residents, visitors, and non-residents. These functionalities combined provide a robust and comprehensive vehicle management system.



Why choose ANPR?

The system supports active image recognition of various vehicle types, including cars, motorcycles, heavy motorcycles, electric vehicles, dump trucks, large trucks, and special vehicles (military vehicles) license plate formats.


It can detect and recognize both front and rear license plates with a detection and recognition rate of over 90%.


The ANPR license plate recognition controller can be paired with RFID to read EPC or TID codes for data collection and transmission.


It supports the expansion and integration of RFID reading recognition, LED display control, and automatic gate opening after matching the vehicle.


For incoming and outgoing vehicles, it can automatically record photos, license plate numbers, time, and identity, and provide retrieval and export management functions for historical data.


It allows the setting of vehicle identities (whitelist, blacklist, member or VIP vehicles) for lane management in factories, communities, schools, and hospitals.


For dirty or unclear vehicles, it can be set to use fuzzy matching for entry lane recognition.


It supports AI deep learning recognition updates, providing higher accuracy in recognition management.


It can be integrated with HIPOWER parking lot billing management system-related equipment (automatic payment machine, manual payment system) for expanded parking fee control management applications.


It comes with HIPOWER backend management system platform for remote vehicle data synchronization and updates, as well as retrieval and query applications.


HIPOWER offers original technical services, providing free online system remote update services after purchase.


It can be designed and implemented with a distributed standalone or centralized system specification based on actual needs.


AI Image Recognition Function
    Utilizes AI image recognition core to identify vehicle type and license plate number, while recording the time.
    Capable of recognizing both old and new license plate formats.
    Can identify the range of lanes, including both sides of the lane and vehicles crossing over the boundary lines.
    Fast license plate recognition, completing recognition within 0.2 to 0.5 seconds, and generating a license plate number image.
    Capable of license plate recognition even when the plate is tilted at an angle less than 30 degrees.
    With visual recognition, the accuracy of vehicle type recognition should exceed 95%.
    The recognition results can be transmitted to status receiving and setting application service systems through system integration.

An efficient, accurate, and intelligent parking management license plate recognition system.

Key Features

High Adaptability

It has wide adaptability and can recognize various types of vehicles and license plate formats from multiple countries.

Fast Recognition

It features a rapid license plate recognition speed, able to complete recognition within 0.2 to 0.5 seconds, significantly enhancing processing efficiency.

Flexible Range

It can recognize both front and rear license plates, and allows for flexible adjustment of the recognition lane's range, including vehicles on both sides and even those crossing over the boundary lines.

System Platform Management

Can be paired with the HIPOWER backend management system platform for remote updates and data management of vehicles.

Technical Service and Updates

Offers HIPOWER original equipment manufacturer (OEM) technical services, and provides free remote update services to ensure the system's normal operation and application of the latest features.

Flexible Architecture

Has an adaptable architecture that allows for the construction of either a distributed or centralized system according to actual needs, catering to different scales and locations.

AI Deep Learning Recognition

Regular updates and maintenance are conducted to adapt to new license plate formats and technologies.

Integration with Other Systems

Can be expanded with RFID readers for multi-factor recognition matching, and can also be linked with peripheral devices such as LED displays.

High Accuracy

The license plate recognition accuracy reaches over 95%.

Multi-functional Management

Supports vehicle identity settings such as whitelists and blacklists, enabling comprehensive lane management.


Timely warnings to ensure area safety.

Detection and Recognition Function

License Plate Recognition (ANPR)

License Plate Recognition (ANPR)

The ANPR system can automatically recognize vehicle license plate numbers, including various domestic and international license plate formats and fonts.

Vehicle Type Identification

Vehicle Type Identification

It can identify the type of vehicles, including electric vehicles (E, RE), motorcycles (M~S), heavy motorcycles (L), large trucks (K), etc.

Front and Rear License Plate Detection

Front and Rear License Plate Detection

Supports simultaneous detection of both front and rear license plates of vehicles, automatically capturing corresponding images to enhance recognition rate and detection accuracy.

Vehicle Speed Detection and Recognition

Vehicle Speed Detection and Recognition

The ANPR system has the ability to detect and recognize vehicles traveling at both high and low speeds, maintaining a stable high recognition rate.

Time Recording

Time Recording

The ANPR system can record the time of license plate recognition, providing for subsequent queries and analysis.

Vehicle Tracking

Vehicle Tracking

The ANPR system can detect the lane in which the vehicle is located, ensuring accurate identification of the vehicle's position.

Image Accuracy

Image Accuracy

The ANPR system boasts a high recognition rate, enabling accurate license plate recognition under different weather and lighting conditions.

Data Transmission

Data Transmission

The ANPR system can transmit license plate recognition results to relevant systems, such as status reception and configuration application service systems, for further processing and vehicle data management.


ANPR System Architecture

ANPR System Architecture-Decentralized
ANPR System Architecture-Centralized

Automatic Number Plate Recognition

ANPR Systems

ANPR_2CH License Plate Recognition Controller

ANPR_2CH License Plate Recognition Controller

ANPR_2CH
License Plate Recognition Controller

ANPR_CMS License Plate Recognition Management Server

ANPR_CMS License Plate Recognition Management Server

ANPR_CMS
License Plate Recognition Management Server

ANPR_16CH License Plate Recognition Analysis Server

ANPR_16CH License Plate Recognition Analysis Server

ANPR_16CH
License Plate Recognition Analysis Server

Network Video Broadcasting System

VBS_Network Video Broadcasting System

VBS
Network Video Broadcasting System

Automatic Number Plate Recognition(ANPR)

Application Areas

Providing convenient license plate recognition management and control solutions in different scenarios to enhance efficiency and security.

Community Residential and Commercial Building Driveways
Community Residential and Commercial Building Driveways
The system offers efficient vehicle management through license plate settings and updates, replacing remote controls. It automatically recognizes and lifts the barrier, and also handles visitor vehicle access authorization. It can integrate with in-seat and patrol vehicle detection for streamlined vehicle authorization management. The HIPOWER parking billing system can extend to include license plate recognition billing.
Factory and School Driveway Management
Factory and School Driveway Management
The system manages employee, visitor, and truck vehicles by performing identification and record management. It automatically matches employee vehicles entering the factory or campus. It can integrate with the HIPOWER vehicle management system platform for synchronized data management across multiple driveways at entrances and exits of the factory or campus. Additionally, it can incorporate HIPOWER automatic payment machines for temporary parking management.
Special Area Driveway Control
Special Area Driveway Control
For the management of personnel vehicles in special control areas, the system can be extended and integrated with visitor card swiping, scale reception, license plate recognition matching, information board display, and linkage to bollards or barriers for personnel and vehicle matching. Multi-factor identification is used to ensure rigorous control of personnel and vehicle access.。
Scenic Amusement Areas
Scenic Amusement Areas
Set up the vehicle database for the entrance and exit of the amusement area and establish HIPOWER automatic payment machines for temporary parking vehicle management. It automatically recognizes and activates the barrier for entry and exit from the parking area.

Automatic Number Plate Recognition(ANPR)

Application Actual Cases

ANPR_Build

Community Vehicle Recognition and Automatic Management

Community Vehicle Recognition and Automatic Management

 Replace remote controls or access cards with a license plate recognition system for convenient entry and exit of resident vehicles. The system operates automatically, reducing labor costs.
ANPR_iParking

Smart Parking Lot Vehicle Positioning and Control

Smart Parking Lot Vehicle Positioning and Control

 Automated control and management of parking lots with multi-screen guidance, providing real-time recognition of parking spaces and in-seat detection management. Each parking space has vehicle recognition management and abnormal notification.
VCMS
Vehicle Center Management System (VCMS)

Vehicle Center Management System (VCMS)

 Manage parking space permissions using a license plate recognition system to verify if the parked vehicle corresponds to the owner. It can simultaneously support multiple lane license plate recognition operations.

Campus Parking Lot Entrances and Exits

 Install network cameras at vehicle entrances and exits and use intelligent license plate recognition technology for vehicle identification. It supports active image recognition of different vehicle types, including cars, motorcycles, heavy motorcycles, electric vehicles, trucks, and special vehicles (military) license plate formats.

Community Entry and Exit License Plate Recognition - 1

 Manage parking space permissions using a license plate recognition system to verify if the parked vehicle corresponds to the owner. It supports integrated RFID reader recognition, LED signage control, and vehicle matching functions.

Community Entry and Exit License Plate Recognition - 2

 Manage parking space permissions and verify if the parked vehicle corresponds to the owner. It supports integrated RFID reader recognition, LED signage control, and automatic opening of the lane gate after vehicle matching.

Headquarters Building Parking Management System

 Manage vehicle entry and exit guidance for in-seat parking spaces. Use a license plate recognition system at vehicle entrances and exits to identify if the entering or exiting vehicle belongs to a resident. In-seat detection management displays red light when the space is occupied and green light when it's vacant.

Outdoor Parking Lot Entrances and Exits

 Manage community entry and exit using a license plate recognition system to identify if the entering or exiting vehicle belongs to a resident. It supports integrated RFID reader recognition, LED signage control, and automatic opening of the lane gate after vehicle matching.

Guard Room - On-Site License Plate Recognition Monitoring System

 For factory entry and exit, use an ANPR license plate recognition system for monitoring vehicles in real-time. The license plate recognition results can be transmitted to the central system.

Basement Parking Passage License Plate Recognition System

 For entry and exit to the underground parking passage, use an ANPR license plate recognition system. It can simultaneously detect the front and rear license plates of vehicles and automatically capture the corresponding images to improve recognition and detection accuracy.