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Advanced Power System Theory
NOTE: This course is co-sponsored by the Tennessee Society of Professional Engineers and qualifies as continuing education for maintaining state certification. Following a review of the basic formulae and equations of power electrical engineering, group activities and problem-solving sessions provide overviews for per unit system representation, symmetrical component and fault current calculations, equipment interruption theory and calculations, and transformer capacity calculations. (This course can be substituted for Basic Power System Theory to better meet personal needs and technical preparation of the CPT candidate.) $520 (Non-members: $725 ) • Length: 3 days • CEUs: 2.1
Required course: CPT Alternate
Basic Power System Theory
This workshop provides participants with the theory of generating an alternating current and the application and effects of resistors, inductors, and capacitors. Also included are the theory, construction, and use of vector diagrams; series, parallel, and series-parallel circuits; power factor calculation and correction; three-phase system theory and application; and the theory and use of transformers in single phase and three-phase systems. Attendees are assigned practical problems to solve during class, with a group discussion of solutions. $520 (Non-members: $725 ) • Length: 3 days • CEUs: 2.1
Required course: CPT
Distribution Voltage Regulation
With Voltage Quality becoming a more important topic in today’s Utility systems, this course reviews the causes and cures for voltage drops on the Power System and discusses the components used to regulate the voltage: capacitor banks, voltage regulators and load tap changes. $390 (Non-members: $625 ) • Length: • CEUs:
Electrical Power Systems for Non- Electrical Engineers
This course covers the basics of electrical power and what comprises an electrical power system. It is designed to help participants better understand the role of electrical power within their organization’s operation and also to help them be more effective when interfacing with those who provide and/or maintain electrical power services. Upon completion of this course, participants will understand the basics of electrical power, what an electrical power system consists of (in general), and the purpose and function of those components that define an electrical power system from the perspective of the non-specialist. This introduction will further incorporate such as: primary electrical distribution systems, three-phase systems, connections, substations, transformers, electrical loads, power system surge, overload and fault protection, UPS systems, and power quality. $520 (Non-members: $725 ) • Length: 3 days • CEUs:
Fiber Optics 101
This two-day seminar will introduce participants to fiber optics and provide the basic knowledge to start a fiber optic project. The first day will cover the theory of how fiber works and how it fits into the needs of an electric power distributor. The second day will cover the application of theory in the physical plant, cable design characteristics and the decision points of a project. $390 (Non-members: $625 ) • Length: 2 days • CEUs: 1.4
Required course: TSA
Grounding, Bonding, Shielding and Transient Protection: Principles & Applications
This course provides approaches to mitigate problems associated with facility and equipment grounding, including material properties, the effects of grounding system impedance, corrosion problems, bonding, grounding configurations. Grounding approaches for both electrical safety and EMI mitigation are presented. Shielding concepts and techniques for protection against radiated EMI are provided for facilities (architectural shielding) and equipment. Cable systems and cable selection criteria are presented. Concepts of lightning phenomena and the design of lightning protection systems are presented including techniques and components for protecting circuits against lightning and other potentially damaging transients. Protection against electrostatic discharge is also presented. A half- day demonstration of EMC equipment applications is presented. $700 (Non-members: $875 ) • Length: 4 days • CEUs:
Instrumentation and Metering
(Formerly titled Today's Challenge for Instrumentation and Metering) NOTE: This course is being co-sponsored by the Tennessee Society of Professional Engineers and qualifies as continuing education for maintaining state certification. This workshop covers the theory and methodology of making electrical measurements on a power system. Included are instrument transformers, meter construction, calibration techniques for instruments, and safety considerations. New technology in metering reactive loads is also covered. Practical, hands- on exercises in electrical measurements aid in understanding. $425 (Non-members: $575 ) • Length: 2 days • CEUs: 1.4
Required course: CPT
Introduction to Utility Communications
(Formerly titled Telecommunications Applications for Utilities) In a changing and increasingly competitive electric utility industry, information has become a vital commodity in ensuring efficient operation, customer attraction and retention, profitability, and growth. Utility operational and commercial needs mandate the use of information systems to perform many traditional command and control functions. This course addresses the utilization of telecommunications systems for such utility- specific functions as SCADA, outage detection, automated meter reading, and power system monitoring. Specific emphasis will be placed on the central role that these functions play in prompting utilities to enter the telecommunications business. $265 (Non- members: $445 ) • Length: 1 Day • CEUs: 0.7
Required course: TSA
Line Design and Staking Certification Training: Stage 1
Stage 1 of the four-stage program will progress the technician in clear steps to a richer understanding of this critical area.
As a beginning, line design technician you will receive an overview of what electricity is and what are power systems composed of, such as the types of equipment that are in use. Also a bigger perspective of a power system is presented with an understanding of how they interrelate on a national level. The basics of staking and its tools will be presented along with example problems and worked solutions. A significant portion of the class time will address the NESC code with an emphasis on overall understanding of its contents. NESC overhead clearances and sag charts will be introduced. An emphasis on Section 9, Grounding, and service issues in Part 2, Overhead, will occur. The principle material covered will be for use at understanding customer service connections. Mainly overhead residential will be reviewed. The certification test for this level will be given at the end of the last day.
Student must bring the current 2002 NESC codebook, an engineerís rule, a calculator, and a protractor. A kit of these items can be obtained for $200 form PDA or TVPPA. Please inform us of this need at least a week in advance of the class. $695 (Non-members: $995) • Length: 3 days
Line Design and Staking Certification Training: Stage 2
Stage 2 of the four-stage program will progress the technician to a level where independent decisions on small projects (e.g. short single-phase line) should be easily managed, larger efforts should be reviewed by a senior.
As a developing line design technician you will be expected to know more of the NESC code, in particular Part 2, Overhead Rules, will be deeply covered, as well as a refresher overview of the entire code. Topics covered will mainly be single-phase line design, permitting and right-of-way acquisitions. Underground distribution will be introduced. Sag and tension with clearances will be emphasized. The certification test for this level will be given at the end of the last day. PREREQUISITE: Line Design and Staking Certification Training: Stage 1
Student must bring the current 2002 NESC codebook, an engineerís rule, a calculator, and a protractor. A kit of these items can be obtained for $200 form PDA or TVPPA. Please inform us of this need at least a week in advance of the class. $695 (Non-members: $995) • Length: 3 days
Line Design and Staking Certification Training: Stage 3
Stage 3 of the four-stage program will progress the technician to a level where independent decisions on basic small and medium size and multi-phase projects should be easily managed, the largest and exception-based projects should be reviewed by a senior.
As a developing line design technician you will be expected to know most of the NESC code, in particular Part 3, Underground Rules, will be deeply covered, as well as a refresher overview of the entire code and Part 2, Overhead. Multi-phase line design will be one of the main emphases. Underground distribution design will also be presented and include subdivisions and transformer and secondary loading. Sag and tension with clearances will be emphasized in the context of multi-phase design. Additional topics include, joint-use/make-ready, DOT issues, and string charts. The certification test for this level will be given at the end of the last day. PREREQUISITE: Line Design and Staking Certification Training: Stage 2
Student must bring the current 2002 NESC codebook, an engineerís rule, a calculator, and a protractor. A kit of these items can be obtained for $200 form PDA or TVPPA. Please inform us of this need at least a week in advance of the class. $695 (Non-members: $995) • Length: 3 days
Line Design and Staking Certification Training: Stage 4
Stage 4 of the four-stage program will progress the technician to a level where independent decisions on any size and multi-phase projects should be easily managed. Ongoing review by a senior should decrease as the variety and complexity of job experience increases.
As a developing line design technician you will be expected to know all of the NESC code, in particular Part 4, Work Rules, will be deeply covered, as well as a refresher overview of the entire code. Topics covered will be mainly advanced insulation in line design, mechanical loading, spacer cable designs, and economics. New technologies in line design and staking will also be covered. The certification test for this level will be given at the end of the last day. PREREQUISITE: Line Design and Staking Certification Training: Stage 3
Student must bring the current 2002 NESC codebook, an engineerís rule, a calculator, and a protractor. A kit of these items can be obtained for $200 form PDA or TVPPA. Please inform us of this need at least a week in advance of the class. $695 (Non-members: $995) • Length: 3 days
Meeting FERC Security Requirements
On July 17, 2002 the Federal Energy Regulatory Commission (FERC) published a draft proposal on Security Standards for Electric Market Participants. The purpose of the standards is to ensure that electric market participants have a basic security program to protect them from either accidental or malicious acts. The original proposal required utilities to be in compliance with the standards by January 1, 2004. At a FERC hearing on February 4, 2003, the Commission announced that the compliance date has been changed to January 1, 2005, however participants are expected to be moving towards compliance by January 1, 2004. The objective of this two-day workshop is to help utility personnel prepare to meet the FERC security certification requirements. Participants learn how to conduct a vulnerability assessment to identify security needs and to apply a Risk Assessment Methodology (RAM) to address those needs. Participants also learn how to complete the 17 specific requirements of the FERC Standards and how to monitor potential future changes in the Standards. As a result of attending this workshop, participants will be prepared to assess the current security needs at their utility, apply RAM to correct the needs identified and to prepared to meet the FERC Security Standards Requirements. $475 (Non- members: $700 ) • Length: 2 days • CEUs: 1.4
National Electrical Safety Code
Participants in this program will need the latest edition of the NESC. This workshop aids in understanding and applying the National Electrical Safety Code (NESC) in the design, construction, operation, and maintenance of utility facilities for the protection of utility workers and the public. Topics include the history and purpose of NESC; compliance, including liability and negligence issues; hazard identification and correction; overhead line strength, loading, and clearances; employee work rules; and revisions included in the current edition of NESC. $425 (Non-members: $625 ) • Length: 2 days • CEUs: 1.4
Required course: CSC
Power Quality 101 - Causes, Effects and Implications
This introductory course, designed for utility managers, engineers, and technicians, combines an overview of power quality issues with a discussion of the technical and economic implications of power quality problems. Course topics include: • The importance of power quality management • Impact of power quality problems on utility-customer relationships • Overview of the different types of power quality problems: wiring and grounding, voltage sags and interruptions, harmonics, and transient overvoltages • Ways to address and solve power quality problems, including monitoring and site surveys, power system analysis and simulation, and corrective measures. $415 (Non-members: $550 ) • Length: 2 Days • CEUs: 1.4
Power System Equipment: Functions and Maintenance
This workshop covers features of power system equipment, methods of construction, insulation systems, and equipment applications. Participants study circuit breakers and switches, reclosers and sectionalizers, fuses, transformers, voltage regulators, capacitor banks, surge arrestors, stand-by batteries and grounding. $520 (Non-members: $725 ) • Length: 3 days • CEUs: 2.1
Required course: CPT
Relaying and System Protection
This course covers the philosophy and practical guidelines for electrical protection of distribution systems. Participants gain an understanding of distribution protection methods, basic fault current calculations and analysis, fuses and applications, relay types and applications, lightning protection, and methods used to calculate the settings of various protection relays. Coordination of protection equipment is also discussed. $520 (Non-members: $725 ) • Length: 3 days • CEUs: 2.1
Required course: CPT
Substation Electrical Drawings
(Formerly titled Understanding &Using Electrical Drawings) Attendees receive a detailed overview of the various drawings typically found in an electrical substation and an explanation of their use. Participants take part in hands-on exercises using actual blueprints. Topics include the type of information found on electrical drawings, how to interpret the information, and the purpose and best use for each drawing. Through in-class exercises, participants become familiar with diagrams for single line, three lines, schematics, switchboard wiring, power circuit breaker control and wiring, transformer nameplates, transformer accessories, and conduit and cable lists. $520 (Non-members: $725 ) • Length: 3 days • CEUs: 2.1
System Configuration, Switching and Troubleshooting
Participants gain an understanding of electric system components, substation drawings, switching procedures, substation troubleshooting techniques, and the latest grounding procedures for safety. Instructional methods include presentations, group discussion, practical exercises, video, and the use of electrical drawings. $425 (Non-members: $575 ) • Length: 2 days • CEUs: 1.4
Required course: CPT
Underground Distribution Training, Series 1
This workshop, Series 1 of TVPPA's Underground Distribution Technician Program, focuses on typical underground distribution layouts, pad-mounted equipment placement, roadway crossing protection, interpreting symbols on maps and prints, as well as the specialized tools used in underground electrical distribution. Safety issues are addressed, such as principles of grounding underground distribution, procedures and approved grounding equipment, work on energized equipment, temporary working grounds, and confined space entry. Cable preparation measurements, removal of semi-conducting shield and XLP insulation, and cleaning of the exposed area are covered. The pre-molded primary splice section discusses safety, design, selection, preparation and installation. Load break elbows will also be featured. $520 (Non-members: $725 ) • Length: 3 days • CEUs: 2.1
Underground Distribution Training, Series 2
This is the continuation from Series 1 of TVPPA's Underground Distribution Technician program. Participants learn proper installation of stress cones, building and connecting single- and three- phase lateral riser poles, and underground secondary splicing and terminating. Safety issues directly related to underground distribution work and confined space entry issues are addressed. Underground system marking, distribution switching centers, three-phase pad- mounted transformers and switching gear, bayonet and NX arc strangler fuses, and cable installation are also covered. $520 (Non- members: $725 ) • Length: 3 days • CEUs: 2.1
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