ENGINEERING SERVICES / TEXAS & OHIO
Grounding System Analysis
Grounding system analysis for new electrical installations and existing facilities. Review proposed or installed grounding arrangements and relevant site conditions to support electrical design and informed project decisions.
THE DECISION BEHIND THE STUDY
Evaluate the paths that protection depends on.
Grounding performance depends on the installation, fault-current paths, protection clearing behavior, and, where relevant, soil conditions. A useful analysis defines these inputs explicitly and connects the results to the specific site and operating assumptions.
WHAT WE EVALUATE
A scope built around your system.
Planned or existing arrangement
Review available drawings, grounding connections, equipment layout, and the boundaries of the proposed analysis.
Site & fault inputs
Identify the required fault-current, clearing-time, and soil information. Define field data collection where it is needed.
Performance evaluation
Assess grounding performance and, where applicable, touch and step potential. Develop recommendations tied to the evaluated conditions.
WHAT YOU RECEIVE
Findings your team can use.
Grounding model and documented input assumptions
Results for the agreed performance criteria
Identified concerns and recommended improvements
Drawings or design details when included in the scope
What helps us get started
For new construction, share the site layout, proposed grounding design, available soil information, and protection data. For an existing facility, include grounding drawings and prior test records where available. The initial review identifies the inputs and verification needed.
BEFORE WE BEGIN
A clearer starting point.
Is grounding analysis the same as a ground-resistance test?
No. A resistance measurement is one type of field information. An engineering analysis may consider additional factors such as fault-current distribution, clearing time, geometry, and potential differences.
Does every project need a touch-and-step study?
The required evaluation depends on the installation and project objectives. The scope should identify which analyses are relevant before field work or modeling begins.
LET’S TALK ABOUT YOUR FACILITY
Make your next decision with confidence.
Tell us about your new building, planned electrical loads, or existing facility. We’ll help define the right electrical design or study scope for your project.