With the quick growth of the economy, owning a car is not a big deal, but finding a parking spot has become a puzzle. Everybody wants to own and drive their car, and it is this mindset that has caused the parking space crisis.
Finding a parking space is often a frustrating routine activity for many people in Indian cities. This search burns a lot of fuel every day. As the nation’s population continues to urbanize, without a thoughtfully-planned, convenience-driven parking solution, these problems will continue to worsen.
Smart parking is the first step on the right path towards improving this condition. It involves using sensors to collect data in real-time to track the number of free or occupied parking spaces. Fully-automated parking systems can also accurately predict where parkers will likely find a spot. When the multilevel systems are installed, they reduce car emissions in urban centers by reducing the chances/attempts for people to needlessly roam around the area searching for parking. It also permits city planners and architects to carefully plan buildings and their parking spaces.
When we consider all car parking facilities worldwide, such as parking garages and parking lots, we can understand what impact they cause to the environment.
Vehicles driving in and out of and encircling around looking for free parking spaces in large parking facilities generate greenhouse gases in a huge amount. A kilometer driven inside a parking lot is much more fuel-inefficient and produces more greenhouse gases than driving a kilometer on a regular road. But, we can change this.
Even if we assume that cars generate lesser greenhouse gases, most parking facilities require significant amounts of electricity. Though indirectly, electric power generation plays a role in climate change. Conventional outdoor or indoor parking lots require outdoor lighting, may also require elevators and large fans for ventilation. But, we can change this.
Yes, we can change this. There are alternatives to conventional car parking spaces that have a lesser negative impact on the environment. They eliminate the need to drive excessively inside parking lots and can use less electricity than traditional parking spaces in many situations. The alternatives are multilevel parking systems.
In addition to lending convenience and environmental benefits, smart parking improves the utilization of existing parking, leading to greater revenue for parking owners.
Cities can turn to sustainable parking through multilevel parking solutions, which have significant environmental benefits including a significantly reduced carbon footprint.
Other benefits include reduced pollution and waste. When car engines are turned off during parking and retrieval, it reduces emissions by up to 80%. A smaller footprint reduces the need for excavation, reducing cost and construction schedule. This greatly reduces overall waste generation. As multilevel parking systems are constructed from standardized material, it generates minimal waste. Their robust design and construction also require minimum parts change.
KLAUS multilevel parking systems provide high returns while being an environmentally-friendly solution to the growing scarcity and cost of urban space. The broad range of products and services means that KLAUS Multiparking has a parking solution for virtually any location, issue, and requirement.
KLAUS Multiparking provides various types of multiparking systems based on hydraulics. KLAUS Multiparking offers Dependent and Independent Stack Parking Systems, Puzzle Parking Systems, and Fully-automatic Parking Systems. These multilevel parking systems provide many avenues for saving space, construction cost, electricity. KLAUS Multiparking also allows parkers to park in and park out very quickly. Other benefits include security of the cars, reduced air pollution, and very little maintenance. KLAUS multilevel parking systems are reliable, safe, and extremely user-friendly. Other than state-of-the-art multilevel parking systems, KLAUS Multiparking also offers efficient multilevel parking systems repair and maintenance facilities.
