SIASUN Ticket Vending Machine (TVM) (TVM)

In modern automatic fare collection (AFC) deployments, TVMs operate as part of a larger station ecosystem that typically includes entry/exit gates, back-office fare management, passenger information, and remote monitoring tools.

The SIASUN Ticket Vending Machine (TVM) is positioned as station-level equipment within SIASUN’s broader intelligent transportation and automation portfolio. In practice, SIASUN TVMs are deployed to reduce station staffing load, standardize fare retail, and improve passenger throughput during peak periods by shifting routine sales and reload transactions to automated kiosks.

Design and Features

Industrial kiosk form factor

TVMs are typically engineered as robust public kiosks designed for high uptime, unattended operation, and exposure to station environments (dust, vibration, occasional impacts, and continuous daily use). Station TVMs often incorporate vandal-resistant housings, secure cash compartments, and service-access panels for replenishment and maintenance.

Passenger-facing interface

A modern TVM generally includes:

• A touchscreen user interface for route/fare selection and step-by-step purchase guidance

• Multilingual UI support (varies by project) to serve local and tourist users

• Ticket/receipt presentation mechanisms (thermal printing is common) and status indicators for consumables and fault conditions

Payments and fare media handling

The SIASUN TVM is described as supporting multiple payment methods, including cash and cashless options (often required in urban rail and metro systems). On typical TVMs, payment modules can include banknotes, coins (with change-making), and card payment support (contact/contactless) depending on the transit authority’s specification.

Technology and Specifications

System architecture (AFC integration)

SIASUN TVMs are intended to connect to an AFC back office to:

• Apply fare rules and tariff tables

• Validate transactions

• Record sales and audit trails

• Support remote monitoring, configuration, and maintenance workflows

In many AFC implementations, a central system provides two-way communication, machine status monitoring, fault notifications, and remote updates (including fare changes). While the exact SIASUN implementation can vary by contract, this centralized model is widely used across station TVM deployments.

Modularity and configuration

Transit agencies often procure TVMs as configurable platforms rather than a single fixed model. The SIASUN TVM is presented as a station solution that can be specified around project needs (for example, payment modules, ticket types, or integration with a city’s existing AFC environment).

Typical technical characteristics (industry context)

Across the industry, stationary TVMs commonly use:

• An industrial computing platform and supported operating environment (often Linux-based in many kiosk families)

• Network connectivity to the back office (Ethernet and cellular options are common in some deployments)

• Secure cash modules and diagnostics suitable for long unattended runs

Note: SIASUN-specific values (e.g., screen size, exact payment certifications, environmental ratings, or printer configuration) are usually finalized in customer documentation and procurement specifications, which can vary by city and operator.

Applications and Use Cases

Urban rail and metro stations

The most common use case for a TVM is metro/urban rail station fare retail, including:

• Single-ride and time-based tickets

• Stored-value reloads

• Issuance or top-up of transit cards (where supported)

• Receipts for expense claims or transaction records

Multi-line networks and interchanges

At interchange stations, multiple TVMs reduce queue pressure and provide redundancy if one machine is out of service. In large AFC rollouts, TVMs are typically planned alongside gate lines (AGs) and passenger flow models to meet peak-hour demand.

Tourist-heavy corridors

TVMs are frequently configured with:

• Multilingual UI

• Intuitive “guided purchase” workflows

• Support for international card payments (subject to operator requirements)

Advantages / Benefits

Reduced operational load

By automating routine ticket sales and top-ups, TVMs can reduce dependence on staffed ticket offices, allowing station staff to focus on safety, accessibility support, and service recovery.

Consistent fare retail and auditability

An AFC-connected TVM can provide standardized product menus and pricing rules from the back office, improving pricing consistency and supporting reconciliation and reporting.

Passenger convenience and throughput

Multiple payment options and quick, guided flows can reduce queues, particularly when combined with entry gates and well-designed passenger circulation plans.

FAQ 

What is the SIASUN Ticket Vending Machine (TVM)?

The SIASUN TVM is a station-based self-service kiosk used in public transport systems to sell tickets and support passenger fare transactions as part of an automatic fare collection (AFC) environment.

How does a SIASUN TVM work?

A TVM guides a passenger through selecting a fare product and completing payment, then issues a ticket and/or updates fare media. In AFC deployments, the machine connects to a central system for fare rules, reporting, and remote monitoring.

Why are TVMs important in metro and rail systems?

TVMs reduce queues and staffing pressure by handling high-volume ticket sales and top-ups, while improving consistency of pricing and providing transaction records for audit and reporting.

What are the benefits of the SIASUN TVM?

Key benefits typically include automated fare retail, support for multiple payment methods, AFC back-office connectivity for monitoring and updates, and improved passenger convenience in stations.

Summary

The SIASUN Ticket Vending Machine (TVM) is a station-level self-service fare retail device intended for deployment within modern automatic fare collection environments. By combining passenger-facing purchase workflows with back-office connectivity for monitoring and fare management, TVMs help rail and metro operators scale ticket sales capacity, improve consistency, and enhance station throughput—especially when integrated alongside gates and broader AFC infrastructure.