Upon successful completion of this program the students will be able to:
Demonstrate the ability to design and safely install electrical branch and feeder circuits in accordance with the National Electrical Code.
Demonstrate the ability to interpret, design, wire, and troubleshoot electromechanical motor control circuits to the applicable electrical codes and safety standards.
Identify electrical materials and components used in three-phase power distribution systems.
Resource information and determine a correct method to complete assignment/project.
Utilize in class labs and trainers to simulate real world situations common in the electrical field. Students are required to work together with others from diverse backgrounds in group settings in order to complete class projects.
Demonstrate knowledge of design and installation of various types of systems including racking, modules, inverters, balance of system parts, and utility interconnection.
Demonstrate knowledge of principal types and configurations of PV systems, their advantages and disadvantages, and their uses.
Recognize and practice proper job site safety awareness and using appropriate PPE when working on PV systems.
Demonstrate knowledge of commissioning, operations, and maintenance of a grid direct system.
Demonstrate knowledge of one and three-line drawings for different PV system configurations.
Identify the electrical codes, regulations and practices applicable to PV systems and verify code compliant, safe wiring methods and selection of the appropriate materials for specific sites and installations.
Demonstrate knowledge of the functions and requirements for electrical balance of system (BOS) components.
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