OUR SERVICES
Diverse solutions tailored to your every need
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Safety: Determines the magnitude of fault currents, helping to ensure that the protection system can clear faults quickly, minimizing damage and risk to equipment and personnel.
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System Design: Assists in selecting appropriate equipment (transformers, generators, circuit breakers, fuses) that can withstand short-circuit conditions.
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Protection Coordination: Helps in the selection and setting of protection devices (like relays and circuit breakers) to detect and isolate faults promptly.
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Equipment Ratings: Ensures that all components are rated for the maximum expected fault current.
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Safety: Identifies arc flash hazards to protect workers by determining safe working distances, personal protective equipment (PPE) requirements, and the appropriate settings for protective devices.
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Compliance: Ensures that the facility meets safety regulations and standards, such as those outlined by OSHA (Occupational Safety and Health Administration) and the NFPA (National Fire Protection Association) 70E.
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Equipment Protection: Ensures the equipment is protected from damage due to excessive heat, pressure, and energy release during an arc flash incident.
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Risk Assessment: Provides a clear assessment of potential hazards to enable the proper planning for minimizing risks.
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An engineering analysis that evaluates the design and performance of an electrical grounding system. Grounding grids are critical for safely dissipating fault currents into the ground and ensuring the safety of electrical systems and personnel. This type of study is typically conducted during the design, installation, or maintenance phases of electrical substations, industrial facilities, or power plants.
Involve the measurement, evaluation, and mitigation of electrical power characteristics to ensure efficient, reliable, and safe operation of electrical systems (such as Voltage, Harmonics, Transients Analysis).
Involves evaluating the power distribution and consumption in an electrical system, ensuring that all components operate within safe and efficient limits. This process is essential in order to maintain reliability and performance.
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Inspect breakers and ATS components for wear and tear.
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Test the ATS under load periodically to ensure reliability.
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Clean and tighten connections to prevent overheating and corrosion.
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Update firmware/software in digital control systems, if applicable.
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Creating a simplified schematic representation of an electrical system that illustrates the configuration and interconnection of various components such as transformers, switches, circuit breakers, buses, and loads. It provides a clear overview of the system's layout and its components in a single line for easy understanding and analysis.
We provide expert lighting retrofit services to upgrade existing systems for better energy efficiency and cost savings. Our team recommends and installs the latest energy-efficient solutions, ensuring a seamless transition while meeting sustainability goals and staying within budget.