Parking
Overview
Parking refers to the act and space of stopping and storing automobiles in a specific place for a certain period. Beyond simple driving convenience, it is a complex infrastructure issue connected to urban land use, traffic flow, residential environments, commercial district revitalization, and even tax revenue and environmental policy. In cities where vehicle registrations have increased, the imbalance between supply and demand of parking spaces acts as a chronic source of conflict.
Key Details
Types of Parking
Parking is largely divided into on-street parking and off-street parking. On-street parking consists of spaces installed along the roadside and has excellent accessibility, but it encroaches on travel lanes and increases traffic congestion and accident risk. Off-street parking includes surface parking lots, parking facilities attached to buildings, underground parking lots, and mechanical/self-propelled multi-level parking facilities, and can provide large-scale supply.
By use, it is subdivided into resident-priority parking, commercial public parking lots, business-attached parking lots, Park & Ride lots, and spaces dedicated to disabled drivers, compact cars, and electric vehicles. Recently, parking types responding to new mobility modes, such as car-sharing-only spaces and delivery motorcycle-only spaces, have also emerged.
Calculation and Standards for Parking Spaces
Most countries mandate the installation of attached parking lots above a certain scale when constructing buildings. In Korea, installation standards are set by use and total floor area under the Parking Lot Act and local government ordinances, and in downtown areas, methods of easing standards or imposing charges instead of requiring parking lot installation are being introduced. This is the point where criticism that excessive parking supply deepens car dependence conflicts with the practical demand that parking shortages directly damage housing and commercial districts.
Parking Policy and Institutions
The core axes of parking policy can be summarized as expanding supply, managing demand, and promoting sharing. Supply expansion is implemented through the construction of public parking lots and multi-level projects, while demand management is implemented through resident-priority parking systems, parking caps, and congestion charges. Sharing is spreading through platforms that trade idle parking spaces by the hour.
Enforcement against illegal parking and stopping has diversified from towing and fines toward advance notification, mobile enforcement, and the use of citizen reporting apps. However, because towing standards and fine levels differ by local government, controversies over equity are constantly raised.
Parking Fees and Operation Methods
Public parking lots often apply free or low rates for an initial period and then progressive rates thereafter. Private parking lots use demand-based flexible pricing, and in downtown business districts, hourly rates are set very high. Recently, app-based contactless settlement and non-stop entry/exit through automatic license plate recognition (LPR) are becoming standardized.
Smart Parking Technology
Smart parking lots combining license plate recognition cameras, IoT sensors, cloud settlement, and mobile reservation systems are spreading. Services that collect the occupancy status of each parking space in real time to guide drivers to empty spaces and, linked with navigation and map apps, complete payment before arrival at the destination have been commercialized. Autonomous valet parking (AVP) technology, in which a vehicle drops off passengers at the parking lot entrance and finds an empty space and parks itself, is evaluated as the automation of valet parking.
Latest Trends
The biggest change in 2024–2025 is the combination of EV charging and parking. As installing slow chargers in parking spaces has become a basic requirement for new buildings, parking lots are being redefined as hubs of energy infrastructure. At the same time, new conflict rules are being created, such as the issue of long-term occupancy of charging spaces and regulations requiring movement after charging is complete.
The second trend is the flexibilization of parking spaces. Time-based sharing models that switch to resident parking at night and shopping district visitor parking during the day are expanding as local government projects, and policies to open public idle sites and school playgrounds at night are also being piloted.
The third is the reduction of parking standards and transit-oriented development (TOD). In high-density development areas near stations, the approach of greatly reducing the number of parking spaces while expanding car-sharing, bicycle, and pedestrian infrastructure is spreading. Along with this, long-term forecasts that urban parking demand itself will decrease, premised on the commercialization of autonomous robotaxis, are also being reflected in policy discussions.
The fourth is the intelligentization of enforcement. As mobile enforcement vehicles and citizen reporting apps are combined beyond fixed CCTV, blind spots in enforcement have decreased, but discussions about excessive enforcement and personal data processing are also growing.
Related Topics
- [[주차장법|Parking Lot Act]]
- [[스마트시티|Smart City]]
- [[교통정책|Transportation Policy]]
- [[전기차 충전 인프라|EV Charging Infrastructure]]
- [[자율주행|Autonomous Driving]]
- [[도시계획|Urban Planning]]