Fundamentals of Traction Power Systems And Overhead Contact Systems
If you are interested in expanding your knowledge of power systems for locomotives, an essential course to consider is the fundamentals of traction power systems and overhead contact systems. This course will help to prepare students with applicable design and equipment standards for a series of trams, locomotives and more.
The full course includes classes on finding the fundamentals of traction power substations, distribution systems and overhead contact system designs. You will also be able to operate equipment according to standards, guide documents and technical reference materials. Having a full knowledge of reference materials and where to locate them can prepare you for field engineering operations.
The course will also include a series of info on traction power load flow stimulation methods as well as requirements for AC and DC power power systems. You will also have a complete knowledge of traction power wayside energy storage systems including substation automation and grounding.
This course is beneficial for individuals interested in learning more about overhead contact systems and rail traction power. This is widely considered to be essential knowledge if you have a limited knowledge of electrical traction power and you would like to work professionally on locomotives or repair fields.
This professional development program could help you improve your career path in engineering, installation or repairs. If you are interested in a rewarding career in the transportation industry or as an electrical repair professional, consider this beneficial streamlined course.
This post was written by Justin Tidd, Director at Swartz Engineering. For nearly a half a century, Swartz Engineering has been at the forefront of industry safety. They are a family-owned company specializing in power distribution for the electrical industry. They are the leading manufacturer of Watt Transducers.The SWARTZ® Current Transducer is a high performance, solid-state unit specifically developed to meet requirements for supervisory control and data acquisition (SCA- DA) systems.