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Pushen, as China E House Manufacturer, provides Data Center E-House solutions for data center power distribution projects requiring factory prefabrication, flexible equipment layouts and reduced on-site construction.
Our E-Houses are engineered as transportable modular electrical rooms for data centers, providing protected operating space for project-specified MV/LV switchgear, control panels, power distribution equipment and related auxiliary systems. Each structure can be customized around equipment dimensions, cable routing, access requirements, environmental conditions and transportation limitations.
For data center developers, EPC contractors, electrical system integrators and switchgear suppliers, factory-built electrical rooms provide a practical alternative to constructing conventional electrical rooms entirely on site.
A Data Center E-House is essentially a factory-built electrical building designed around the electrical equipment installed inside.
Unlike a general-purpose container, the enclosure is engineered according to the actual equipment layout and project interfaces. Depending on the project scope, the modular structure can accommodate medium- or low-voltage switchgear, control panels and other customer-specified electrical equipment.
Pushen supports customized:
Single-module and multi-module structures
MV and LV equipment layouts
Equipment foundations and mounting points
Cable entry and routing arrangements
Cable trays and internal wiring interfaces
Grounding arrangements
Equipment access and maintenance clearances
Doors and service openings
Ventilation and HVAC interfaces
Lighting and auxiliary electrical systems
Lifting and transportation requirements
Project-specific environmental design requirements
The result is a prefabricated electrical room for data centers designed around the project rather than forcing electrical equipment into a fixed standard container.
Pushen provides modular enclosure solutions for different parts of data center power and supporting infrastructure.
A Data Center Switchgear Room provides a dedicated factory-prefabricated space for medium- and low-voltage switchgear, control panels and associated electrical equipment.
Equipment dimensions, operating clearances, cable entry, ventilation and access can be considered during structural design, helping simplify installation after the module arrives on site.
For projects requiring transportable power distribution infrastructure, a prefabricated switchgear room for data centers can reduce the amount of building and structural work that must be completed at the data center site.
Medium- and low-voltage electrical equipment often requires different layouts, access clearances and cable arrangements.
Pushen can provide customized modular switchrooms for data centers based on project-specified MV/LV switchgear configurations.
Typical design considerations include:
Switchgear lineup dimensions
Front and rear maintenance access
Cable entry direction
Internal cable routes
Equipment mounting
Electrical clearances
Ventilation requirements
Module dimensions and transportation
Explore our MV/LV electrical room solutions.
Backup generation is an important part of data center power infrastructure. Pushen provides modular enclosures that can be designed around project-specified generator equipment.
The structure can consider generator dimensions, equipment access, ventilation, exhaust routing, acoustic requirements and transport conditions.
View Data Center Generator Enclosures.
For projects incorporating battery energy storage, modular steel enclosures can be engineered around battery racks and project-specified auxiliary equipment.
Layouts can consider equipment access, cable interfaces, ventilation or HVAC requirements and other project-specific installation conditions.
View Data Center BESS Enclosures.
Data center cooling infrastructure may also require modular outdoor structures for chillers and related equipment.
Pushen can provide Data Center Chiller Enclosures designed around equipment dimensions, piping interfaces, maintenance space, ventilation and transportation requirements.
View Data Center Chiller Enclosures.
A prefabricated switchgear building transfers much of the structural fabrication work from the construction site to the factory.
Instead of first completing a conventional electrical room and then coordinating equipment installation around the finished building, the electrical building can be developed around the switchgear layout from the beginning.
This approach is particularly useful for data center projects where electrical infrastructure must be deployed in repeatable modules or where construction schedules are compressed.
A factory-built switchgear building can be designed according to:
| Design Item | Project Considerations |
|---|---|
| Equipment Layout | MV/LV switchgear dimensions and arrangement |
| Maintenance Access | Front, rear and side service clearances |
| Cable Routing | Bottom, side or project-specific cable entry |
| Building Structure | Single or multiple transportable modules |
| Environmental Design | Temperature, humidity, wind, dust and corrosion conditions |
| Auxiliary Systems | Lighting, grounding, ventilation and project-specified interfaces |
| Transportation | Module size, weight, lifting and shipping limitations |
| Site Installation | Foundation, module connection and external interfaces |
A factory-built electrical room for data centers can be fabricated while foundations and other site construction activities are progressing.
Moving structural fabrication and selected installation work off site helps reduce dependence on sequential site construction.
Major structural components, internal layouts and agreed auxiliary work can be completed before delivery.
This reduces the amount of fabrication and installation required after the module reaches the project site.
Each Data Center Electrical Building can be engineered around the actual equipment specified by the customer.
This is particularly important for switchgear projects where equipment dimensions, maintenance clearances, cable entry and heat dissipation requirements directly affect building design.
Large data center campuses may require multiple electrical rooms with similar layouts.
A modular approach allows an approved design to be adapted or repeated across different project phases while maintaining consistent structural interfaces.
Module dimensions, lifting points, transport splitting and site access can be considered during the design stage rather than after fabrication is complete.
An off-site electrical room for data centers allows structural manufacturing and selected electrical preparation to take place in a controlled factory environment.
A typical project process may include:
The customer provides equipment drawings, switchgear dimensions, site conditions, interface requirements and transportation limitations.
The electrical room is developed around equipment arrangement, operating clearances, cable routing and maintenance access.
The steel structure, walls, roof, doors, equipment bases and other structural components are manufactured according to the approved design.
According to the agreed supply scope, grounding, lighting, cable trays, ventilation or other auxiliary systems can be incorporated into the module.
The completed modular structure is inspected according to the agreed project requirements before transportation.
The module is transported to the data center site for positioning, connection to external systems and subsequent equipment commissioning according to the project scope.
Pushen works with data center EPC contractors, electrical system integrators, switchgear manufacturers and project engineering companies.
Customers can provide their own specified electrical equipment or equipment drawings, and the Data Center E-House can be engineered around those requirements.
Typical project information includes:
MV/LV switchgear drawings
Equipment dimensions and weights
Required maintenance clearances
Cable entry locations
Cable tray routing
Heat dissipation requirements
HVAC or ventilation requirements
Environmental conditions
Fire and safety interface requirements
Module quantity
Site transportation restrictions
Installation location
Applicable project standards
Providing this information early allows structural and equipment interfaces to be coordinated before manufacturing begins.
Modular electrical rooms can support repeatable power distribution infrastructure across large data center campuses and phased expansion projects.
Projects with rapidly expanding electrical capacity can use modular electrical buildings to support faster deployment of power distribution infrastructure.
Factory-prefabricated electrical rooms provide an alternative to fully site-built switchgear and power distribution rooms.
Transportable electrical enclosures are suitable for projects where site construction capability is limited or rapid deployment is required.
A modular electrical room can also support additional power distribution capacity without relying entirely on new conventional building construction.
As a Data Center E-House manufacturer, Pushen focuses on customized modular structures rather than forcing every project into one standard enclosure.
Electrical rooms can be developed according to:
Equipment configuration
Required module dimensions
Single or multi-module construction
Indoor equipment arrangement
Project environmental conditions
Transportation restrictions
Installation requirements
Customer-specified auxiliary systems
This project-based manufacturing approach is suitable for EPC contractors, switchgear manufacturers and electrical integrators requiring a customized prefabricated electrical building for data centers.
For an initial project evaluation, please provide:
Equipment list and layout drawings
MV/LV switchgear dimensions
Required room dimensions or available site footprint
Cable entry and routing requirements
Environmental conditions
Ventilation or HVAC requirements
Module quantity
Transportation restrictions
Project location
Required delivery scope
Pushen can then evaluate the structural configuration and develop a suitable modular electrical enclosure concept.
A Data Center E-House is a prefabricated modular electrical building designed to house switchgear, control equipment and other project-specified power distribution equipment. It is manufactured off site and transported to the data center for installation.
A conventional electrical room is normally constructed as part of the building at the project site. An E-House is manufactured as a transportable modular structure off site and can be designed directly around the electrical equipment that will be installed inside.
Depending on the project design, the enclosure can accommodate MV/LV switchgear, control panels and other customer-specified electrical equipment. Final equipment scope should be defined during project engineering.
Yes. The modular structure can be developed according to customer-provided switchgear drawings, equipment dimensions, maintenance clearances and interface requirements.
Large electrical buildings can be divided into transportable modules where required by project dimensions, shipping limitations or site access conditions. The final module arrangement should be determined during engineering.
Equipment drawings, required dimensions, site environmental conditions, cable interfaces, transportation restrictions, project location and expected supply scope are useful for preparing an initial proposal.
Need a customized modular electrical room for a data center?
Send us your switchgear drawings, equipment layout, required dimensions, site conditions and project schedule. Pushen can evaluate the requirements and propose a factory-prefabricated electrical building solution for your data center power infrastructure.
Get a free quote anytime
If you would like to learn more about our products or are looking for a suitable prefabricated cabin solution, please contact us.
