Configurable Modular E-House
Product Information
A configurable modular e-house provides a structured approach to modular electrical infrastructure for industrial applications. Built around standardized design practices and configurable technical specifications, these solutions help project teams define the right e-house approach with greater clarity and efficiency.
Each solution is configured around the project’s electrical, structural, environmental, and site-specific requirements. Inputs such as power distribution, motor control, automation, low-voltage needs, HVAC, finishes, and accessories are reviewed during configuration to confirm application fit and identify items needing additional evaluation.
Why Choose a Configurable Modular E-House?
Speed
Repeatability
Reduced Engineering Effort
How we Configure a Modular E-House for your Project
Step 1
Prequalify the Site
Review location, seismic requirements, and site-specific conditions to confirm fit.
Step 2
Define the Application
Confirm power distribution, motor control, environmental, and space requirements.
Step 3
Configure Key Technical Specifications
Review electrical package, low-voltage requirements, structural needs, finishes, and accessories.
Step 4
Calculate Dependent Systems
Use selected inputs to determine related systems, including HVAC requirements.
Step 5
Confirm Standard Fit
Review the configuration, confirm application fit, and identify items needing additional evaluation.
Configurable vs. Custom Modular E-Houses
| Configurable Modular E-House | Benefit | Custom Modular E-House | ||
|---|---|---|---|---|
| Defined platform helps clarify fit, scope, and key requirements earlier. | Project Certainty | More requirements remain open until custom design progresses. | ||
| Established specifications help move projects from design to deployment faster. | Speed | Project-specific design can extend the timeline before deployment. | ||
| Standard platform creates consistency across similar applications or future projects. | Repeatability | Each project may require a different design approach. | ||
| Key requirements are configured from an established starting point. | Engineering Effort | More details must be engineered from the ground up. |