Transformer Substation
01
Integrated Prefabricated Cabin For New Energy
Features
Standardized and Modular Design
The prefabricated cabin dimensions are optimized based on standard container sizes, complying with the usage standards for complete power distribution equipment. Internally divided into functional modules—such as public equipment, bay equipment, AC/DC power supply, and battery prefabricated cabins—this design streamlines manufacturing processes, facilitating disassembly, combination, and equipment replacement.
Integration of Factory Prefabrication and On-site Installation
Most work is completed in the factory, including prefabrication, assembly, wiring, and debugging, with the cabin transported as an integrated unit for on-site installation. This model significantly reduces on-site construction time and enhances construction efficiency.
High Quality and Reliability
Factory-based production strictly adheres to engineering standards and quality control systems, eliminating interference from on-site construction environments to ensure consistent quality. The fully enclosed steel structure features waterproof, fireproof, explosion-proof, and anti-corrosion properties, guaranteeing safe equipment operation.
Environmental Adaptability and Expandability
Designed for complex environments, the cabin operates stably in extreme temperatures. Its modular design allows flexible addition/removal of modules to meet growing power loads, enabling rapid deployment in new energy sectors—particularly wind and photovoltaic projects—and adaptability to various terrains.
Intelligence and Automation
Equipped with advanced four-remote functions (telemetry, telecommand, telecontrol, and teleadjustment), the cabin enables remote data collection, alarm, and control, enhancing substation safety, reliability, and operation maintenance efficiency. Intelligent designs like environmental monitoring and automatic adjustment further optimize O&M efficiency.
Economy and Flexibility
The prefabricated cabin reduces floor space, conserves environmental resources, and cuts infrastructure investment costs.
Operating conditions
● Altitude: ≤3000m
● Ambient Temperature: -45°C to +45°C
● Environmental Humidity: Daily average relative humidity ≤60%, monthly average ≤90%
● Installation Site: Free from fire, explosion hazards, chemical corrosion, and severe vibration.
Technical specifications
Main Materials of Prefabricated Cabin (Taking 20FT Standard Container as an Example)
|
Items |
Configuration |
Description |
|
Underframe Assembly |
Crossbeam |
4mm thickness; (quantity subject to container length) |
|
Side Beam / longitudinal beam |
16/18/20# channel steel or 160×80×4 mm rectangular tube | |
|
Bottom plate |
3mm/5mm flat plate | |
|
Front enclosure assembly |
Front enclosure column |
6mm bent part (same structure as container column) |
|
Roof beam |
60×3 mm rectangular tube (same as container roof beam) | |
|
Underframe beam |
16# channel steel | |
|
Front wall panel |
1.6/2mm figure-eight plate (same as container front wall panel) | |
|
Rear enclosure assembly |
Rear enclosure column |
6mm bent part (same structure as container rear column) |
|
Rear enclosure top beam |
Rectangular tube or equivalent structural components | |
|
Rear enclosure bottom beam |
16# channel steel or equivalent structural components | |
|
Container door panel assembly |
Rear door frame |
100×50 mm rectangular tube for frame; top/bottom 3mm bent edges |
|
Rear door panel |
2mm thickness, 36-type (3-wave corrugated plate) | |
|
Rear door seal |
EPDM waterproof seal strip | |
|
Door lock |
Lock rod, galvanized container lock rod | |
|
Left/Right side assembly |
Left side top beam |
60/80×3 mm rectangular tube (same as container roof beam) |
|
Side panel |
1.6mm side corrugated plate, 36-type (5-wave) for container | |
|
Roof assembly |
Roof panel |
2mm roof corrugated plate, 5-wave for container |
|
Reinforcing beam |
60×3 mm rectangular tube |
Note: The above data is subject to change due to technical improvement.