Phase Engineering is a specialized firm that offers comprehensive arc-flash risk assessment, mitigation, and training services tailored for both government and commercial organizations. With a commitment to enhancing awareness of arc-flash hazards, the company helps facilities identify and mitigate risks, thereby providing better protection for equipment and significantly improving personnel safety.
The core services include performing detailed arc-flash studies, which are vital for recognizing undersized equipment prior to extensive system damage, as well as short-circuit studies that enhance equipment protection and ensure protective devices function correctly. This careful coordination increases the reliability of facilities by minimizing the impact of electrical disturbances, such as faults or overloads.
Additionally, Phase Engineering offers an onsite course focusing on the dangers associated with working near electrical conductors and equipment, with particular emphasis on arc-flash hazards, thus outlining the key regulatory requirements designed to protect employees in these environments. Their Arc Flash Safety Training aligns with NFPA 70E standards and is an effective strategy for reducing operational costs, as it includes identifying optimal locations and sizes for power factor correction capacitors.
Phase Engineering leverages advanced software tools such as SKM and Easypower to model customer electrical systems, generating critical short-circuit, coordination, and arc-flash reports. The team, consisting of two experienced electrical engineers with a combined 12 years of specialization in this field, has successfully handled numerous projects across various industries, including industrial plants and data centers.
From initial onsite data collection to report generation and labeling, Phase Engineering manages every project aspect, ensuring clients have the necessary insights to enhance their operational safety and compliance with regulatory standards. The engineering models created are also easily transferable, allowing for future use by clients.
