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Electromechanical installation has always been a highly demanding project, especially for tram stations. To ensure safety, planning errors are relatively preventable. However, ultimately, what we care about is how to proceed, since some details may not be very clear. Below, I will share the process with you.

Tram stationElectromechanical equipment installation projectsHow to plan it?

1. Project Category

Category 1 of power equipment installation engineering projects.

2. Project Content

Project Details: According to the engineering drawings presented by the community owner, and based on the bidding documents and relevant documents and markings, the new project is undertaken for the power equipment installation project, including:

1. Civil engineering for the use of subway station machinery, equipment, and management methods;

2. Decoration engineering for subway station machinery, equipment, and management methods;

3. Installation of central air conditioning and exhaust system equipment for subway stations;

4. Installation engineering projects for water supply, drainage, and water fire protection systems in subway stations and sections;

5. Installation project for power distribution equipment and lighting control system equipment for subway stations and sections.

3. Planning and Planning Processes

Construction preparations should be made in advance→ with various skill majors coordinating with community owners in prefabricated components, outsourced production processing, precise positioning→ coordination with industrial base skill majors in construction → electromechanical engineering installation→ coordinated with industrial base skill majors in conditioning and trial operation →Electromechanical equipment installation projectsConditioning, trial operation, collaborative trial operation→ review and organization of completion documentation→ and acceptance of completed projects.

4. New project manipulation

1. Prefabricated components, manufacturing, and outsourced production and processing

This stage involves prefabricating components for pipelines and support frames, electrical equipment support frames, fabrication of ventilation ducts and support frames, and early outsourcing processing of unique steel parts. Features: Does not take up the timeliness of civil engineering projects, does not overlap with civil engineering during construction, and is not subject to external damage. Key Steps: Precision of prefabricated components, timeliness of prefabricated components. Preventive measures: Plan well, proceed before the announcement of installation, add as much depth as possible to prefabricated components, reduce installation pressure, and lay the foundation to ensure shorter construction periods.

2. Engineering construction, production, and manufacturing

Features: Many installation work areas, many projects related to the same project, long continuous operation times, minimal external environmental damage; Key Steps: Ensure the immediate production of various resources and harmonize the engineering progress of various skill specialties; Preventive measures: Prepare sufficiently and comprehensively in advance during operations, add production management margins throughout the construction process to ensure planned fulfillment is not compromised.

3. Trial operation of conditioning and acceptance of completed projects

(1) Characteristics of the conditioning trial operation stage: The installation requires a large amount of conditioning work across various skill specialties. During trial operation, harmonious cooperation among multiple skills and specialties is required, with high production quality and quantity rules. Only success is allowed, failure is not allowed; Key links: purposefulness in operations, consistency in management decisions; Preventive measures: Create a pilot team for trial operation of conditioning, formulate trial operation plans, conduct professional tests, and have community owners and construction units monitor trial operation quality. Together with owners and project supervisors, formulate detailed collaborative trial operation plans, organize competent conditioning work teams, and establish job responsibilities and procedures for all involved personnel to ensure the successful first-time conditioning of the project.

(2) Characteristics of the completion project acceptance stage: large inspection labor volume and strict quality standards. Key links: purposefulness in operations, consistency in management decisions. Preventive measures: Create a pilot group for completion project acceptance, and mutually formulate detailed completion project acceptance plans (including document handover, ordering, and delivery plans) with community owners and project supervisors. Organize capable and cooperative workers, establish job responsibilities and procedures for all registered workers, and ensure the basis for one-time project acceptance.

(3) Characteristics of completion documentation, review, and summary stages: High staffing rules, large scale, requiring close coordination among various skill specialties. Key Steps: Accumulate, review, organize, and compile according to the rules for high-quality engineering projects. Preventive measures: Ensure that completion documents are aligned with the project, strictly control document review and acceptance, and finalize the delivery to the construction unit.

The above is the "Planning Practices for Electromechanical Installation of Tram Stations" shared with us. We hope it can be of help to you. When planning construction, it is not only necessary to base these measures on these factors but also to consider actual conditions and station requirements to meet standards.