How to Choose a Good Stereo Garage
Step 1: Define Your Needs & Objectives
Before evaluating technical solutions, clarify these core questions:
1. Site Condition Assessment
● Space & Structure: Confirm available area, clear height, column spacing, and fire lane access. These dictate the feasible garage types.
● Geology & Load-Bearing: Understand soil type and ground bearing capacity. Large projects require a geological survey report.
● Surroundings: Consider proximity to residential areas (noise restrictions) and access to public roads.
2. Vehicle Specification Definition
Design with a buffer. A versatile standard is: Length ≥ 5.3m, Width ≥ 2.0m, Height ≥ 2.0m, Weight ≥ 2500kg(Also suitable for SUVs). This ensures compatibility with most family cars and SUVs.
3. Operational Goals
● Primary Purpose: Is it to solve a critical "parking shortage" or as a commercial investment for profit?
● Efficiency & Revenue: Your operational goals determine the required vehicle retrieval speed, a key factor in selecting the technology type.
Step 2: Select the Right Stereo Garage Technology
Compare the three main types for an informed decision:
|
Type |
Advantages |
Ideal For |
|
Vertical Puzzle Parking System |
Lowest Cost; Simple; Flexible Layout |
Budget projects; larger sites |
|
Vertical Lift System |
Minimal Footprint; Fast Access; High Density |
Prime locations; commercial use |
|
Vertical Rotary Parking System |
Fits Narrow Spaces; Reliable |
Tight&challenging sites |
Mai HaiSheng's Quick Guide:
● Budget-focused, ample space? → Choose Vertical Puzzle Parking System (PSH)
● Priority on efficiency, minimal space? → Choose Vertical Lift System (PCS)
● Challenging, narrow site? → Consider Vertical Rotary Parking System (PCX)
Step 3: Evaluate the Supplier's Core Design Capabilities
1. Steel Structure & Craftsmanship: The garage is heavy-duty dynamic equipment. Focus on steel quality, welding techniques, and anti-corrosion treatment (e.g., hot-dip galvanizing), which directly impact safety and lifespan.
2. Drive & Control Systems:
● Power System: Check if motors and gearboxes are from reputable brands for durability.
● Control System: Must have multiple safety devices (fall prevention, obstacle detection, limit protection) for stable, reliable operation.
Step 4: Assess the Proposal & Commercial Details
1. Design Rationality:
● Check if entry/exit points ensure smooth traffic flow, preventing internal congestion.
● Confirm fire protection, lighting, and drainage designs meet standards.
● Vehicle specifications should include a 10%-15% design buffer.
2. Scrutinize the Quotation:
● Request a detailed breakdown (equipment, civil work, installation, transport).
● Beware of low-price traps. Excessively low bids may indicate substandard materials (e.g., thinner steel) or compromised safety features, leading to high long-term maintenance costs.
3. Prioritize After-Sales Service:
● Warranty: Clarify duration and coverage.
● Maintenance: Check for a local team and a rapid response mechanism (e.g., guaranteed 2-hour response).
● Operational Cost: Understand annual maintenance fees and what's included (regular inspections, wear-part replacement).
