Objectives
- Reduce the cost of the development cost
- Reduce excavations cost
- Saving space
- Maximize parking capacity
- Reliable and high-performance system
- Customer Experience ( CX )
Challenges
- Can not scale up the capacity with the traditional system due to limited space and extensive development costs
Leanpark solution
RapidPark System – Wagon based, lift on a fixed position
The automatic parking system, referred to as the “System,” consists of parking spaces where users can park their vehicles and a self-supporting steel shelf structure where the parked vehicles are stored. The vehicles are transported from the parking spaces to the storage shelves and back using aluminum transport platforms that are operated by the Omnilift Smart™ transfer system and the Leanpark Omnilift Smart System software.”
Outcomes
Based on our initial analysis, it appears that the client may be able to achieve the following outcomes
| Case Study 2 – Helsinki |
|---|
| Attributes |
|---|
| Project: Underground |
| Objectives: Free-up space, space optimization |
| Challenge: Optimize parking capacity |
| Conventional parking |
|---|
| Key Factors | Attributes |
|---|---|
| Required space | 4 floor underground |
| Capacity | 600 ap |
| Cost | ~ 50 K Euro / ap |
| Leanpark Automated Parking |
|---|
| Attributes | Benefits | Values |
|---|---|---|
| 4 levels, Rapidpark solution offered | ~ 30% saving of underground excavation | ~ 5 M Euro |
| 864 ap | Capacity increase by 264 ap | ~ 12 M Euro |
| Offered price | Saving | ### Euro |
Check out our case studies and references
You can also learn from real-world examples by reading our case studies and references.
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Find out more about the benefits of the Leanpark Automated Parking System for your project by exploring our range of products and their features and benefits.
