How can you ensure proper control over the installation process of a multi‑storey car park?

In recent years, as the number of vehicles on the road has grown, urban parking shortages have become increasingly severe. Consequently, an increasing number of new construction projects and renovations of older residential communities are opting to build multi‑level parking garages, which effectively increase parking capacity and help alleviate the parking crunch. First, it is essential to select a reputable manufacturer to ensure the quality of the equipment; secondly, it is imperative… We meticulously manage every step of the multi‑storey parking garage installation process to ensure cost‑effectiveness, time efficiency, and hassle‑free execution.

Today, we’ll walk you through the key steps for successfully installing a multi‑level parking garage, focusing on the following points:

Enter field quasi- Prepare

After manufacturing at the factory, parking equipment must undergo certain preparatory steps before being delivered to the installation site. These steps primarily include: first, reviewing the contract and technical drawings, followed by technical briefings and pre‑job training conducted by the relevant departments. ; Secondly, conduct a item-by-item verification to ensure the site meets the conditions for entry; thirdly, review the construction and delivery schedules, make preparations for receiving the goods, and designate storage areas and implement protective measures; finally, draft the “Construction Organization Plan” and complete the necessary procedures for site access. Based on the project scale, garage type, and schedule requirements, determine the staffing of the installation team as well as the allocation of mechanical and electrical technicians; prepare on-site construction notice boards and ensure that all safety and protective facilities are in place.

Construction Site Management

Once the manufacturer’s goods arrive at the construction site, robust on-site management practices help protect the environment and minimize noise disturbances to nearby residents. Moreover, enhanced site management can bolster the company’s corporate image. During construction, adhering to civilized work standards—such as displaying project information signs, posting safety operating procedures, job‑specific responsibilities, and safety warning signs—while organizing work in a systematic manner, helps mitigate the impact of nighttime operations on surrounding communities.

Installation Process Management

The quality of installation process control directly affects the smooth execution of various aspects, including project coordination, schedule management, payment collection, and quality assurance. Therefore, it is essential to exercise control over the following areas: shipment management, progress monitoring, change order management, quality assurance, cost control, and safety oversight.

Debugging and Experimental Operation

Upon arrival, the commissioning electrical engineer shall first familiarize themselves with the project and the on-site equipment installation status, listen to reports from the MEP personnel on their self‑inspection and self‑adjustment activities, verify each item one by one, and confirm that the equipment installation complies with the technical requirements. ; With the cooperation of on-site electromechanical personnel, commissioning work was carried out comprehensively to ensure its quality, laying a solid foundation for the subsequent trial operation of the automated parking garage.

No-load trial run

After debugging is completed, a no-load trial run shall be conducted first to verify the equipment’s stability and ensure that all technical parameters meet the design specifications. ; Secondly, a heavy-load test is conducted to verify whether the equipment’s load-bearing capacity and related parameters comply with the relevant codes and standards, and any issues identified are promptly rectified.

Acceptance and Handover

Acceptance and handover represent the final stage of project implementation, requiring both internal acceptance by the manufacturer and approval from the Technical Supervision Bureau, as well as the completion of formal handover procedures with the client. At this juncture, it is essential to manage time effectively, schedule appointments with the Technical Supervision Bureau in advance, and ensure that the equipment passes inspection and is delivered for use in the shortest possible timeframe.