Data Center
EMF & Electromagnetic Engineering Solutions for Data Centers
C-INTECH helps data center developers, engineers, consultants, and operators identify and mitigate electromagnetic field (EMF), EMI, RF, and RFI risks through advanced modeling, shielding, and mitigation strategies.
With 25+ years of experience, we support mission-critical facilities with practical engineering solutions that help protect sensitive systems, improve reliability, and support long-term facility performance.
Engineering Solutions for Modern Data Centers
Modern data centers include high-power electrical systems, dense network infrastructure, sensitive electronic equipment, and critical communication systems. C-INTECH provides electromagnetic engineering support for new builds, expansions, upgrades, and existing facility assessments.
We support:
Hyperscale Data Centers
EMF modeling and mitigation planning for large-scale, high-capacity facilities.
Colocation Facilities
Engineering support for shared infrastructure environments with complex electrical and network systems.
Enterprise Data Centers
Electromagnetic assessment and mitigation recommendations for business-critical IT environments.
Edge Computing Facilities
EMF and RF support for smaller, distributed facilities with sensitive equipment.
AI & High-Density Computing Environments
Support for facilities with increased power demand, dense equipment layouts, and advanced cooling systems.
Critical Power Infrastructure
Analysis of transformers, switchgear, bus ducts, UPS systems, feeders, and generator systems.
Network & Telecommunications Facilities
EMF, RF, and RFI shielding support for facilities that depend on reliable communications and network performance.
Our Data Center Engineering Services
C-INTECH provides electromagnetic engineering services that support the planning, design, construction, and operation of data center environments.
Magnetic Field Analysis Studies
FEA-based modeling to evaluate magnetic field levels from electrical infrastructure and identify potential risk areas.
EMF Surveys
Electromagnetic field levels in existing facilities are measured and mapped on-site.
RF Surveys
Radio frequency testing to assess RF conditions around sensitive equipment, communication systems, and facility infrastructure.
EMI / RF Shielding Design
Shielding design for rooms, equipment areas, and infrastructure zones requiring controlled electromagnetic conditions.
Active Field Mitigation Systems
Custom mitigation systems designed to reduce low-frequency magnetic fields in critical areas.
EMF Management Plans
Long-term planning support to manage EMF risks during design, construction, and operation.
Electrical Infrastructure Assessments
Review of high-current electrical systems, equipment layouts, and potential field exposure concerns.
Why Electromagnetic Control Is Critical
Data centers rely on stable electrical, IT, and communication systems. Electromagnetic control helps project teams identify risks early and reduce the chance of interference-related issues after construction or equipment installation.
Protect Sensitive Equipment
Reduce EMF, EMI, RF, and RFI risks near servers, network equipment, control systems, and electronic infrastructure.
Improve Reliability
Support long-term facility performance by identifying electromagnetic concerns before they affect operations.
Support Equipment Performance
Help maintain suitable environments for sensitive equipment and communication systems.
Reduce Future Mitigation Costs
Address electromagnetic concerns during design to avoid more expensive changes later.
Optimize Equipment Placement
Use modeling and analysis to guide the placement of electrical systems, equipment rooms, and sensitive areas.
Managing Magnetic Fields from Data Center Power Systems
High-power electrical infrastructure can generate magnetic fields that may require analysis, shielding, or mitigation. C-INTECH helps data center teams assess these risks using field measurements, FEA-based modeling, and practical engineering recommendations.
Common sources include:
Transformers
High-current equipment that can create magnetic field concerns near occupied or sensitive areas.
Switchgear
Electrical distribution systems that may require review during planning or expansion.
Bus Ducts
High-current busways that can contribute to elevated magnetic field levels.
UPS Systems
Power backup systems that may require EMF assessment based on placement and load.
Main Feeders
Large electrical feeders that can influence nearby equipment areas.
Generator Systems
Emergency power systems that may require electromagnetic review as part of facility planning.
Electrical Distribution Rooms
Rooms containing concentrated electrical infrastructure that may affect adjacent spaces.
Data Center Project Experience
Because many data center projects are confidential, C-INTECH supports these facilities through anonymized engineering assessments, modeling, shielding design, and mitigation recommendations.
Enterprise Data Center Development
Challenge
High-current electrical infrastructure was located near sensitive areas and required electromagnetic review during design.
Solution
C-INTECH completed FEA-based magnetic field analysis and provided mitigation recommendations.
Outcome
The analysis supported design optimization before construction.
Colocation Facility Expansion
Challenge
Expanded electrical distribution systems created potential EMF concerns in nearby equipment and occupied areas.
Solution
C-INTECH modeled field levels, reviewed infrastructure layouts, and evaluated mitigation options.
Outcome
The assessment helped reduce the risk of costly design revisions.
Critical Infrastructure Facility
Challenge
A complex power distribution environment required an electromagnetic assessment to support reliable long-term operation.
Solution
C-INTECH provided detailed field analysis, mitigation planning, and engineering recommendations.
Outcome
The recommendations improved infrastructure planning and risk management.
How We Support Data Center Projects
C-INTECH follows a practical engineering process to help data center teams manage electromagnetic risks from design through final verification.
- Review Drawings & Infrastructure Layout
We review facility drawings, electrical layouts, equipment locations, and performance requirements. - Develop FEA-Based Electromagnetic Model
We create a detailed model to evaluate field levels from electrical infrastructure. - Analyze Field Levels & Identify Potential Risk Areas
We identify areas where EMF, EMI, RF, or RFI conditions may require mitigation. - Deliver Mitigation & Design Recommendations
We provide practical recommendations for shielding, equipment placement, infrastructure layout, or active mitigation. - Demonstrate Shielding Performance Before Installation
Where required, we use FEA modeling to show expected shielding performance before implementation. - Install the Mitigation Solution
C-INTECH’s trained installers complete the installation of shielding or mitigation systems based on project requirements. - Complete Verification & Performance Testing
To verify performance in relation to project requirements, we carry out final testing and provide an engineering report.
Why Data Center Teams Choose C-INTECH
C-INTECH has been leading the industry for 25+ years in the design, manufacture, and installation of electromagnetic shielding components and mitigation systems.
Data center teams choose C-INTECH for:
25+ years of EMF engineering experience
Proven support for complex electromagnetic field mitigation projects.
Advanced finite element analysis (FEA)
Detailed modeling to evaluate field levels and support informed design decisions.
Construction-ready mitigation strategies
Practical recommendations that can be used by engineers, consultants, contractors, and construction teams.
Experience with critical infrastructure projects
Support for facilities where uptime, reliability, and performance are essential.
Integrated engineering and shielding expertise
Design, manufacturing, and installation support for shielding systems, shielded rooms, and mitigation solutions.
Performance-focused project delivery
C-INTECH provides guaranteed field attenuation to meet project performance requirements, supported by a limited one-year warranty.
Faraday Cage Shielding for Data Centers
Some data center environments may require Faraday cage shielding or other EMI shielding materials to reduce electromagnetic interference and support sensitive systems.
A Faraday cage data center solution is typically considered when a facility needs enhanced electromagnetic control for specific rooms, equipment zones, or critical communication areas. The right approach depends on the facility layout, equipment sensitivity, interference sources, and performance requirements.
Important Faraday cage design considerations may include:
Shielding Performance Requirements
The required attenuation level depends on the type of interference and the systems being protected.
Room Size & Facility Layout
Shielding design must account for walls, ceilings, floors, doors, penetrations, ventilation, and cable access.
Electrical & Network Penetrations
Cables, conduits, and service entries must be properly treated to maintain shielding performance.
Material Selection
Different EMI shielding materials may be used depending on frequency range, field type, durability, and project requirements.
Testing & Verification
Final performance testing helps confirm that the installed shielding system meets project requirements.
C-INTECH can support Faraday cage shielding, RFI shielding for data centers, and custom electromagnetic mitigation strategies based on each facility’s needs.
Related Engineering Services
Magnetic Field Analysis Studies
FEA-based analysis for magnetic field assessment and mitigation planning.
ELF Architectural Magnetic Shielding
Shielding solutions for low-frequency magnetic fields in buildings and critical facilities.
Active Field Mitigation Systems
Engineered systems designed to reduce magnetic field levels in sensitive areas.
EMF Surveys
On-site measurement and mapping of electromagnetic field conditions.
RF Surveys
Radio frequency measurement and assessment for communication and sensitive equipment environments.
EMF Management Plans
Planning support for managing electromagnetic risks during design, construction, and operation.
Need Electromagnetic Engineering Support for a Data Center Project?
C-INTECH helps data center teams identify electromagnetic risks early, optimize electrical infrastructure layouts, and implement practical mitigation solutions that support reliable long-term operation.
Whether you are planning a new data center, expanding a colocation facility, upgrading electrical infrastructure, or reviewing sensitive equipment areas, our engineers can support your project from analysis through installation and verification.
FAQs
Why are magnetic field studies important for data centers?
Magnetic field studies help identify potential EMF risks from high-current electrical infrastructure before they affect sensitive areas, equipment placement, or facility planning.
What equipment commonly generates magnetic fields in data centers?
Common sources include transformers, switchgear, bus ducts, UPS systems, main feeders, generators, and electrical distribution rooms.
When should EMF analysis be performed during a project?
EMF analysis should be completed during the design stage, before equipment layouts and electrical infrastructure locations are finalized. It can also be performed during expansions, renovations, or troubleshooting.
Can magnetic fields impact sensitive equipment?
Yes. In some cases, elevated magnetic fields may create concerns for sensitive equipment, communication systems, monitoring systems, or areas with strict performance requirements.
What mitigation options are available?
Mitigation options may include shielding, layout changes, increased separation distances, active field mitigation systems, or design adjustments to electrical infrastructure.
How long does a magnetic field analysis study take?
A magnetic field analysis study usually takes 3 to 6 weeks, depending on the size and complexity of the facility. Timelines can also depend on whether the study needs to be updated alongside required design submissions.