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E-101
NERC: 3.5 HRS OF OPS, 3.5 HRS OF STANDARDS. This segment will consist of a Virtual Instructor-Led Training presentation providing an overview of the equipment and system characteristics associated with a system restoration from Blackstart resources IAW NERC Standard EOP-005-3. This will include identifying the system characteristics of Blackstart generation, the Ferranti Rise Effect as well as resources to support voltage and VAR control during a restoration. Additionally, we will explore an example of a Blackstart Restoration plan and address the elements of effective communications and communications protocols IAW NERC Standard COM-002-4.Â
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S-104
This training will look at Arc Flash Hazards and safety and how that applies to switching. We will also discuss switching equipment on the power system with a look into WAPAs Power System Operating Manual Chapter 1 as well as general safe switching practices and the responsibilities of the field switchman as well as the power system dispatcher’s responsibilities.
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S-105
This lesson that will look at the interconnected system and how system dynamics drive it’s operation. We will look at the electric power equation and Power angle and explain how we can use these to explain power angle stability. We will discuss power system oscillations and the damping of those oscillations and what happens if they go undamped. We will look at Power System Stabilizers and what they do to help control power system oscillations. We will look an actual event and the how power system oscillations broke the system up. We will look at Voltage Stability and PV the PV curve and describe how they indicate the approach of Voltage collapse and what the system operator can do to help prevent Voltage collapse.
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Starts:
2/26/2021
8:00 AM
Session:
1
Pricing:
Location:
Status:
50 open seats left
Class size:
50 seats
Fundamentals of Electricity
While a typical power system is composed and possesses effects of several elements or characteristics, in this lesson we are going to concentrate on the basics. The elementary characteristics include the introduction to and relationship between voltage, current, resistance, and power in a simple series direct current (DC) circuit. We will briefly introduce the concepts of the atom and the relationship of the subatomic particles protons, neutrons and electrons as it applies to current flow. This lesson will also introduce the terms and relationship of basic electrical quantities including current, voltage, and resistance through demonstrating the application of Ohm’s law. We will further introduce and demonstrate the relationship of voltage and current in a simple power equation, as well as how to identify unknown values by using a combination of Ohm’s law and the power equation in a simple series DC circuit.
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Starts:
3/1/2021
8:00 AM
Session:
1
Pricing:
Location:
Status:
50 open seats left
Class size:
50 seats
Fundamentals of Electricity
BY ATTENDING ALL FIVE (5) COURSES IN THE SERIES, A DISCOUNT IN THE AMOUNT OF $75.00 IS APPLIED. While a typical power system is composed and possesses effects of several elements or characteristics, in this lesson we are going to concentrate on the basics. The elementary characteristics include the introduction to and relationship between voltage, current, resistance, and power in a simple series direct current (DC) circuit. We will briefly introduce the concepts of the atom and the relationship of the subatomic particles protons, neutrons and electrons as it applies to current flow. This lesson will also introduce the terms and relationship of basic electrical quantities including current, voltage, and resistance through demonstrating the application of Ohm’s law. We will further introduce and demonstrate the relationship of voltage and current in a simple power equation, as well as how to identify unknown values by using a combination of Ohm’s law and the power equation in a simple series DC circuit.
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Starts:
3/1/2021
8:00 AM
Sessions:
5
Pricing:
Location:
Status:
43 open seats left
Class size:
50 seats
G-101
NERC 3.5 HRS OF OPS. This lesson will describe the principle operational theory and components of an Alternating Current (AC) electrical generator covering the concepts of torque angle, the relationship of generator speed and system frequency and the purpose of a generator capability curve.
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Starts:
3/1/2021
8:00 AM
Session:
1
Pricing:
Location:
Status:
50 open seats left
Class size:
50 seats
G101-G105 Series
G101 - G104: 3.5 HRS OF OPS PER DAY (NERC).BY ATTENDING ALL FOUR (4) COURSES IN THE SERIES, A DISCOUNT IN THE AMOUNT OF $60.00 IS APPLIED. This is an On-line training series delivered utilizing the Cisco WebEx Training Platform. The course is broken down into five (5) separate four (4) hour segments. The series is delivered so a participant can complete the entire series in one five (5) day week by attending a separate 4-hour segment each day.
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Starts:
3/1/2021
8:00 AM
Sessions:
5
Pricing:
Location:
Status:
49 open seats left
Class size:
50 seats
Fundamentals of Electricity
Fundamentals of Electricity The Basics Lesson 2 will be the second in the series. The Basics 2 will continue with an introduction to Kirchhoff’s Laws with regard to voltage, current and resistance in a series, parallel and series-parallel DC circuits. This will include demonstrating the application of Kirchhoff’s Laws as well as a demonstration of applying a combination of Ohm’s Law and the Power equation as needed to obtain values of circuit components or segments in order to learn total circuit values.
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Starts:
3/2/2021
8:00 AM
Session:
1
Pricing:
Location:
Status:
50 open seats left
Class size:
50 seats
G-102
NERC 3.5 HRS OF OPS. This lesson will discuss the major mechanical components of the prime mover at a hydro-electrical generating station. Topics introduced will be turbine theory, bearings, heat exchangers, pumps and some additional supporting components and structures at a typical hydro-electric generation station.
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Starts:
3/2/2021
8:00 AM
Session:
1
Pricing:
Location:
Status:
50 open seats left
Class size:
50 seats
Fundamentals of Electricity
Continuing with a review of Lesson 2, Lesson 3 revisits Kirchhoff's Current Law, Kirchhoff's Voltage Law, Ohms Law and the Power Equation as it applies in a DC parallel circuit configuration. It includes application of these new concepts with that of to determine electrical values in a DC parallel circuit.
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Starts:
3/3/2021
8:00 AM
Session:
1
Pricing:
Location:
Status:
50 open seats left
Class size:
50 seats
G-103
NERC 3.5 HRS OF OPS. This lesson will discuss the primary purpose of a speed governor of the mechanical type. The concepts of a speed sensing and speed droop governor will be compared and related to the frequency control of an electrical power system operated as an island and interconnected. There will also be discussions on identifying potential operational issues with a speed governor.
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Starts:
3/3/2021
8:00 AM
Session:
1
Pricing:
Location:
Status:
50 open seats left
Class size:
50 seats
Fundamentals of Electricity
Continuing with a review of Lesson 2 and Lesson 3, Lesson 4 combines the theories and concepts introduced in Lesson 2 (DC Series Circuits) and Lesson 3 (DC Parallel Circuits)for Kirchhoff’s Current Law, Kirchhoff’s Voltage Law, Ohm’s Law and the Power Equation as they are applied to determine electrical values (voltage, current, resistance and power) in a DC Series-Parallel circuit configuration.
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Starts:
3/4/2021
8:00 AM
Session:
1
Pricing:
Location:
Status:
50 open seats left
Class size:
50 seats
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