Grounding System Design & Analysis: This involves the design of a grounding system for electrical installations to ensure safety by safely dissipating fault currents into the earth.
Soil Resistivity Measurements: Conducting tests to determine the electrical resistivity of soil in different locations, which is crucial for designing an effective earthing system.
Fault Current Analysis and Grounding Protection: Analyzing potential fault currents and designing grounding systems that prevent excessive voltages from occurring during faults, thereby enhancing safety.
Earth Potential Rise (EPR) Studies: EPR studies evaluate the increase in the earth’s potential during a fault, which can cause damage to people and equipment. This study ensures that systems are designed to minimize these risks.
Lightning Strike Protection for Substations: Designing systems to protect substations from lightning strikes, ensuring the safety of both the substation equipment and surrounding infrastructure.
