A parking system connects vehicle access, payment, records, and exit control. The four types of parking are parallel parking, perpendicular parking, angled parking, and automated or mechanical parking. That layout question still matters because the bay shape changes lane width, access method, guidance setup, and payment flow.
For a curbside lot, a hospital garage, a retail car park, or a dense city site with stack parking, you match the parking type to the traffic pattern, then choose the system around it.
What Are the Four Types of Parking?
The phrase can point to a layout, a facility type, or an operating model. The layout answer comes first because it drives the parking system decision.
Parallel Parking
Parallel parking places vehicles along the curb or lane edge. It fits narrow streets, roadside bays, and compact city spaces. In a parking system, it needs clear entry rules, simple payment, and a quick permission check.
Perpendicular Parking
Perpendicular parking places vehicles at a right angle to the lane. It appears in surface lots and many garages because it uses space in a regular grid. A parking system around this layout usually adds lane control, fee handling, and exit checks.
Angled Parking
Angled parking sets each bay on a diagonal. Operators use it in busy lots with frequent turnover because drivers can enter and leave more smoothly. The system needs clear lane direction, signs, and payment points.
Automated or Mechanical Parking
Automated or mechanical parking stores vehicles with lifts or moving platforms. It fits dense urban sites where floor space is tight. The parking system layer handles entry, user verification, session records, and payment.
How Do Parking Types Affect Parking System Design?
The parking type changes lane equipment and software logic. If you are comparing parking management system options, start with the access method and payment rule.
On-Street And Curbside Parking
On-street parking often uses simple control, local payment, and short stay rules. The system may rely on plate recognition, a ticket process, or a payment app, depending on site policy.
Surface Parking Lots
Surface lots usually carry more vehicles and more user types. Barrier gates, payment terminals, and occupancy data matter here. A parking system often combines entry control with guidance signs.
Structured Or Underground Parking
Structured and underground parking need stronger lane direction and visual guidance. Drivers move through enclosed spaces, so signs, detectors, and exit checks matter. These sites also need a tidy handoff between access control, fee calculation, and departure.
Which Parking System Fits Each Parking Type?
Once the parking type is clear, match the access model, payment method, and control equipment. If the project depends on plate-based access, review ANPR and ALPR parking systems and confirm local plate rules.
| Parking Type | Common Site Pattern | Parking System Fit |
| Parallel | Curbside or narrow bays | Simple access control, ticketing, or plate-based entry |
| Perpendicular | Surface lots and garages | Barrier gate control, ANPR or ticket flow, payment handling |
| Angled | Busy lots with frequent turnover | Clear lane direction, payment control, guidance signs |
| Automated or Mechanical | Dense urban sites | Access control, session records, operator software |
Ticket Parking Systems For Controlled Entry And Exit
A ticket parking system fits sites that want a paper or barcode session record. TigerWong documents an entry ticket dispenser and an exit ticket scanner. That setup suits mixed visitor flow and simple entry-to-exit records.
ANPR Or LPR Parking Systems For Plate-Based Access
An ANPR or LPR parking system reads the plate, then links it to the access rule or session record. TigerWong ALPR software materials mention multi-country license plate recognition plus API and SDK interfaces. For global use, plate formats and integration needs vary by site.
RFID, UHF, And Bluetooth Parking Systems For Registered Users
RFID parking systems suit registered users such as staff, tenants, and residents. TigerWong RFID windshield tag materials list RS485, Wiegand 26, Wiegand 34, and relay barrier control. UHF and Bluetooth suit repeat users and controlled fleets.
Hybrid Parking Systems For Mixed User Groups
Many sites need more than one access mode. A hospital or airport may use plate recognition for visitors and RFID or Bluetooth for staff. A mixed policy keeps those rules in one software layer.
What Equipment Makes A Parking System Work?
A parking system is a set of connected devices. Entry, payment, guidance, and exit each need their own role.
Entry And Exit Devices
Entry and exit lanes can use a camera, ticket dispenser, RFID reader, UHF reader, or Bluetooth device. The device depends on the user group and session rule. Mixed visitor and subscriber lanes need matching interfaces.
Barrier Gates And Vehicle Detection
Barrier gates open after the system checks the session or credential. Selected TigerWong barrier models list a parking-system interface, relay or RS485 control, infrared anti-strike input, arm swing-out, and manual opening depending on model. Confirm functions by selected model.
Payment Machines And Parking Management Software
Payment sits in the middle of the parking system flow. TigerWong’s AP101P self-service payment machine supports bank card, QR-code payment, cash, coin change, receipt printing, and IC/ID card functions for its supported configuration. Software keeps the session, rate rule, and exit status together.
Parking Guidance Displays And Space Detectors
Parking guidance helps drivers find open spaces. TigerWong guidance materials cover ultrasonic detectors, indicators, node controllers, central control, and guidance displays. Connections include RS485, CAN, Ethernet, and wireless links by component. Review parking guidance system equipment when the site needs that layer.
How Should Global Buyers Choose A Parking System?
Global buyers usually ask four questions: how cars enter, how users pay, how spaces are shown, and how the site handles exceptions. A clean RFQ answers those questions before quotation.
Site Layout And Traffic Inputs
Give the lane count, bay shape, traffic direction, vehicle types, operating hours, power, network access, and mounting space. For garages, describe floor movement. For surface lots, list entrances and exits.
Access, Payment, And Integration Inputs
State the user groups, visitor process, credential type, payment rule, plate sample, and software interface. If you already use ERP, attendance, or tenant software, state the connection requirement.
Maintenance, Spare Parts, And Acceptance Tests
Ask for wiring diagrams, spare parts, commissioning steps, and tests for valid entry, invalid entry, payment status, barrier movement, detector faults, and power recovery. The system is ready when approved functions pass the site test.
How Can A Supplier Support Parking System Selection?
TigerWong develops parking equipment for access, payment, guidance, and lane control. Its documented scope includes ANPR/ALPR, ticket, RFID, UHF and Bluetooth systems, payment machines, guidance components, barriers, and management software. Interfaces include API, SDK, relay, RS485, CAN, Ethernet, and Wiegand by component. For a project quote, send the lane layout, access method, payment flow, space count, plate samples, barrier requirements, and software interfaces, then contact the parking system team.
أسئلة متكررة
Q1: What Are The Four Main Types Of Parking?
أ: The four practical types are parallel parking, perpendicular parking, angled parking, and automated or mechanical parking. They differ in bay shape, driver movement, and system setup.
Q2: Which Parking Type Needs A Parking System?
أ: Any site that controls access, charges fees, or tracks occupancy benefits from a parking system. The need grows with many users, mixed user groups, or frequent turnover.
Q3: Is ANPR Better Than A Ticket Parking System?
أ: They serve different site rules. ANPR fits plate-based access and repeat visits. Ticket parking fits visitor-heavy sites and simple entry records.
Q4: What Is The Best Parking System For A Shopping Mall Or Hospital?
أ: A hybrid setup usually fits because these sites handle visitors, staff, vendors, and delivery vehicles. Plate recognition, ticketing, RFID, payment machines, and guidance can sit in one operating plan.
Q5: What Information Should You Send Before Requesting A Parking System Quote?
أ: Send the site layout, traffic direction, access method, payment rule, space count, plate samples, network and power details, and required software interface. Those inputs shape the equipment list.