Course # 4: Fuel Cell Systems, Small Wind Electric Systems, The Smart Grid

$100.00

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Description

Fuel Cell Systems NEC Article 692 This course describes the installation of on premises electric supply system where the power is derived from an electromechanical system that consumes fuel to generate electric current. The course includes basic definitions, circuit requirements, disconnecting means, wiring methods, grounding, making and connection to other circuits.

 Small Wind Electric Systems NEC Article 694 This course clarifies the circuit requirements, disconnecting means, wiring methods, grounding and marking of small wind systems as well as the requirements for connection to other sources.

 The Smart Grid and the NEC The smart grid will use these technologies to deliver electricity reliably and efficiently, and it has the potential to radically change the electricity sector in the same way that new technologies changed the telecommunications. This course is a survey course to provide an overview of the smart grid. After successfully completing this course, a student will have gained an understanding of: a. Understand the fundamental element of the smart grid and b. Understand the fundamental structure of the power grid

6 CEU’s

Tuition: $100.00 if taken individually,

Take 4 Electrical CE Classes for a reduced rate of $345.00

Use coupon code 4classdiscount, when registering for 4 classes

You must sign up for all 4 classes at the same time.

Instructor: Constantinos Papademas PE- Instructor # 14, Constantinos is a licensed professional engineer with 35 years of teaching experience in the areas of Electrical, Electronic and Mechanical systems. He is a licensed electrical contractor, electrical inspector, sub-code official, HVACR contractor and a plumbing contractor. He is also a member of the NJ State Board of examiners of Electrical Contractors.

Additional information

Dates

Wednesday November 29, 2017 3:30pm – 10:00pm, Wednesday December 13, 2017; 3:30pm to 10:00pm, Sunday January 28, 2018; 8:00am to 2:30pm, Saturday February 17, 2018; 8:00am to 2:30pm, Wednesday March 14, 2018; 3:30pm to 10:00pm, Saturday March 31, 2018; 8:00am to 2:30pm