Upon completion of this module, you will be able to: Explain how equality, loss of power, or power surges impact power distribution at industrial facilities; Use mathematical equations to determine load types; Realize the importance of control concepts, switches, starters, and sensors and what they mean to an industrial application; Envision large motor control centers and your role as an electrical distributor; Identify transformers and substations in power distribution systems and why it is important to understand these concepts when working on a large project.

 

Upon completion of this module, you will be able to: Explain the difference between NPN and PNP materials and how they are used in diodes, transistors, and thyristors; Discuss why it is more efficient and economical to generate and transmit AC power rather than DC power; Define the meaning of three-phase rectification; Locate the different parts and components on a printed circuit board; Discuss how semiconductors can act much like a mechanical switch yet offer many other options; List the advantages of solid-state relays and the four designs for control applications; Confidently select the correct solid-state relays for each application; Gain a thorough understanding of the uses of PLCs; Identify the differences between discrete versus analog inputs and outputs.

 

Upon completion of this module, you will be able to: Discuss the United Nations Framework Convention on Climate Change and its impact on the electrical industry; Plan for total energy management and help your clients choose the best solutions; Recognize the need for careful utility planning; Realize the benefits of a heat-of-light system; See how utility companies face huge capital requirements due to zonal comfort conditioning benefits in demand-side management; Identify how fans can conserve energy and save money; Choose products to enhance energy-efficient motors; Comprehend and suggest the different light controls available for your customers; Appreciate the link between electrical energy savings and HVAC controls; Discuss how motor controls with adjustable control drives enhance energy savings; Become familiar with the more advanced remote, multifunction, and computer-based EMCS devices.

 

Students must score a 75% or higher to demonstrate a solid understanding of the concepts taught throughout the program and move on to the Capstone project.

 

This final assignment brings your learning to a focal point, as you apply your ability to use specs and drawings to select and recommend products for a department store and amusement park.