Bringing advanced problem solving skills to complex power systems through engineering, planning, and studies. When it comes to the planning, design, control, and analysis of electrical power systems, look no further.
Wells Engineering has a professional team of employees and strategic alliances that allow for a diversified work portfolio utilizing electrical engineers, mechanical engineers, civil engineers, electrical designers, and CAD personnel.We work diligently to provide our customers with solutions that fit their needs with innovative, but proven technologies.
Wells Engineering has a professional team of employees and strategic alliances that allow for a diversified work portfolio utilizing electrical engineers, mechanical engineers, civil engineers, electrical designers, and CAD personnel.We work diligently to provide our customers with solutions that fit their needs with innovative, but proven technologies.
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Since 2004, Wells Engineering has served utility, industrial, and commercial facilities for all their power needs. Quality and innovation have established Wells as the go-to engineering firm specializing in the planning, design, control, and analysis of electrical power systems. With a great reputation of working closely with our clients and listening to their requests, our team diligently provides solutions that fit every need.
Did you know all generation, transmission, and distribution owners-that are a part of the bulk electrical system-must comply with North American Electric Reliability Corporation (NERC) reliability standards? Check out our NERC Compliance Engineering Services to learn more. We've invested heavily in engineering talent, training, and mentoring.
An arc flash occurs when an electric current passes through the air instead of along its intended path. The result of an arc flash is extremely high heat that can cause severe burns, blinding light, and an explosion that can result in hearing damage and potentially fatal injury. Multiple arc flash incidents occur every day in workplaces across the United States.
What are the requirements for optimal design & operation of power systems studies & analysis? The optimal design and operation of power systems require the appropriate engineering, planning, and studies to evaluate the system's performance, reliability, safety, and economics. Studies are effective tools for accurate equipment selection and optimal power systems operation.
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