Training schedule

Understanding the Steam Turbine Controller and Turbine Stress Evaluator

Establishing a Foundation for Operations: SPPA-T3000 Basic Hardware Synopsis

Navigating the SPPA-T3000 Control System

Instrumentation and Measurement Principles

Examination of Plant Technical Diagrams and Schematics

Insight into the Combustion Process in Siemens Energy Gas Turbines

Analysis of Siemens Energy Gas Turbine Sub Group Controllers

Outlet Temperature Control (OTC) of Siemens Energy Gas Turbines

Steam Turbine Support Systems Overview

Evaluating Combined Cycle Plant Efficiency for Improved Operations

Understanding, Calculating and Troubleshooting Gas Turbine Performance

Steam Turbine Startup and Shutdown Process Criteria Analysis

Effective Plant Analysis Through Alarm & HMI Display Creation

SPPA-T3000 Control System Advanced Concepts for I&C Personnel & System Administrators

Evaluating Industrial Steam Turbine Starting Time Curves

Evaluating Legacy Steam Turbine Starting Time Curves

Logic Reading Overview: Introduction to Function Diagrams

Establishing a Foundation for Operations: Automation Functions, Operations and Troubleshooting in SPPA-T3000

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GENERATOR FUNDAMENTALS: The Generator Fundamentals course is intended to provide an understanding of the fundamentals of electrical generation. The training will support an overview of basic generator and excitation theory, construction, cooling methods, and basic maintenance.

The Power Transformer Overview course is intended to provide an understanding of the fundamentals of transformer theory. The training will support an overview of basic magnetic coupling theory, construction, cooling methods, and basic maintenance.

Familiarizing the control room operator with the various features of the SPPA-T3000™ Control System as it functions to control a simulated gas turbine power plant.

Provide a background in the basic chemistry fundamentals associated with fossil power plants.

Provide a background in the basic sciences, materials, equipment, and plant operating fundamentals.

Provide an understanding of the electrical equipment and theory, safety essentials and understanding of protective relays.

Power Plant Control Room Simulator for the I&C Technician

DCS Upgrade course covers an introduction to the new control system.

Familiarize the I&C Technician with the operation, control and administration of the SPPA-T3000 control system.

The I&C Technician will become familiar with the various features of the SPPA-T3000™ Control System.

Detailed understanding of troubleshooting power plant failures utilizing the SPPA-T3000™ control system.

Familiarize the I&C Technician with the operation, control and administration of the PCS 7 control system.

Familiarize the Operator / Technician with the troubleshooting an actual system using the SPPA-T3000 process control trainer.

Provide a basic understanding of the equipment and systems that comprise a Siemens Energy Gas or Steam Turbine power plant.

Provide a basic understanding of Siemens Energy equipment, terminology, available documentation, and an introduction to the Siemens Energy control system functionality and capabilities.

Provide a basic understanding of Siemens Energy equipment, terminology, available documentation, and an introduction to the Siemens Energy control system functionality and capabilities.

Provide Operation and Maintenance personnel basic concepts of electrical systems and component maintenance for the Siemens Energy Generator and associated systems for simple cycle or combined cycle application.

Designed to raise the level of knowledge of a Control Room Operator in the areas of basic operation of SPPA-T3000™, reading and understanding control logic diagrams, and the basics of troubleshooting techniques available in the Control System as it functions to control a power plant.

Designed to familiarize control room operators with the various troubleshooting techniques available in the SPPA-T3000™ Control System as it functions to control a power plant.

Provide an understanding of the modifications and/or upgrades to the original equipment and associated systems.

Provides intensive practice in reading and understanding the control logic diagrams.

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Explain the human and organizational factors that affect the safe, efficient and profitable operation of a modern power plant.

Provide personnel with a general knowledge of the scope of work involved in scheduled turbine maintenance inspections, provide in depth knowledge of the turbine component parts and the associated periodic maintenance on the turbine unit, as well as provide an introduction to using a borescope in order to perform internal inspections.

Explain the human and organizational factors that affect the safe, efficient and profitable operation of a modern power plant.

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Familiarizing the control room operator with the various features of the SPPA-T3000™ Control System as it functions to control a simulated gas turbine power plant.

Familiarizing the control room operator with the various features of the SPPA-T3000™ Control System as it functions to control a simulated gas turbine power plant.

Provides intensive practice in reading and understanding the control logic diagrams.

Designed to round out and enhance Operators and Technicians plant knowledge within the scope of Siemens Energy supplied equipment.

COMBINED CYCLE FAMILIARIZATION AND OPERATION

Provide a basic understanding of the equipment and its associated auxiliary systems.

Designed to give operation and maintenance personnel the concepts of preventive maintenance, routine inspections, and site equipment specific preventive maintenance recommendations of the Siemens Energy gas turbine and its associated systems.

Provide Operation and Maintenance personnel basic concepts of maintenance and inspections for the Siemens Energy Generator and associated systems.

Provide an understanding of the modifications and/or upgrades to the original equipment and associated systems.

Provide an understanding of combustion theory, problems of dynamics, equipment used to monitor and operator monitoring/actions.

Provide Operation and Maintenance personnel basic concepts of electrical systems and component maintenance for the Siemens Energy Generator and associated systems for simple cycle or combined cycle application.

Provide Operation and Maintenance personnel basic concepts of maintenance and inspections for the Siemens Energy BB Style Steam Turbine and associated systems.

Designed to give operation and maintenance personnel the concepts of preventive maintenance, routine inspections, and site equipment specific preventive maintenance recommendations of the Siemens Energy Large Frame Steam Turbine and its associated systems.

Provide an understanding of the electrical generating equipment and its associated auxiliary systems.

Provide an understanding of the electrical systems and theory behind the equipment and systems.

Provide an understanding of the electrical systems and theory behind the equipment and systems.

Provide a background in the basic sciences, materials, equipment, and plant operating fundamentals.

Provide a background in the basic chemistry fundamentals associated with fossil power plants.

Round out and enhance Operators and Technicians plant knowledge within the scope of Siemens Energy supplied equipment and other OEM systems.

Designed to increase the knowledge base of operations personnel who are ready for more detailed instruction on Gas Turbine theory of operation and practical application.

Designed to provide a basic understanding of the equipment and its associated auxiliary systems.

Designed to provide a basic understanding of the Steam turbine and its associated auxiliary systems of the former Westinghouse BB Steam Turbine Systems (Legacy Steam Turbine).

Designed to increase the knowledge base of operations personnel who are ready for more detailed instruction on Steam Turbine theory of operation and practical application.

Designed to provide a basic understanding of the equipment and its associated auxiliary systems.

DESCRIPCIÓN GENERAL DE LOS SISTEMAS DE APOYO DE LAS TURBINAS DE VAPOR

EVALUACIÓN DE LA EFICIENCIA DE LA PLANTA DE CICLO COMBINADO PARA MEJORAR LAS OPERACIONES

ENTENDIENDO EL CALCULO DE RENDIMIENTO DE LA TURBINA DE COMBUSTIÓN

CRITERIOS DEL PROCESO DE ARRANQUE Y PARADA DE LA TURBINA DE VAPOR

COMPRENCION DEL CONTROLADOR Y EL EVALUADOR TERMICO DE LA TURBINA DE LA TURBINA DE VAPOR

ESTABLECER UNA BASE PARA LAS OPERACIONES: SINOPSIS DEL HARDWARE BÁSICO SPPA-T3000

NAVEGANDO POR EL SISTEMA DE CONTROL SPPA-T3000

PRINCIPIOS FUNDAMENTALES DE INSTRUMENTACIÓN

INTERPRETACIÓN DE DIAGRAMAS TÉCNICOS

INTRODUCCIÓN A LOS DIAGRAMAS LÓGICOS

FUNCIONES DE AUTOMATIZACIÓN Y RESOLUCIÓN DE PROBLEMAS – SPPA-T3000

PRINCIPIOS DE COMBUSTIÓN PARA TURBINAS DE GAS SIEMENS

CONTROLADOR (SGC) DE LA TURBINA DE GAS DE SIEMENS ENERGY

CONTROL DE LA TEMPERATURA DE ESCAPE CORREGIDA OTC EN TURBINAS DE GAS SIEMENS ENERGY

The Long-Term Training Program allows plant management to select the number of weeks of training that is within their budget and needs, with a minimum requirement of 2 weeks per calendar year for the 3 or 5 year option. During the fall of the year preceding the calendar year for training, a plan will be discussed and scheduled based on customer input.

ELearning - Online Self-Paced Training Modules - Available Soon

The course is applicable for power plant operating personnel. The participant will learn the Omnivise T3000 operating functions, and how to use the operating view for tasks associated with process management and information. Classes scheduled must meet at least four student minimum. Course can also be scheduled upon request at customer’s facilities.

The participant will learn the basic principles and views of I&C engineering, diagnostics and operation of the Omnivise T3000 system. Each student will implement a basic control system model, using the workbench to create both function diagrams and plant displays. Emphasis will be placed on sensor processing/coupling for analog and binary signals, along with motor/actuator control applications.

The participant will review the principles of Omnivise T3000 Engineering and operation of the Omnivise T3000. Each student will implement a function diagram and plant display to mimic that of a power plant turbine. Additionally, an emphasis on more advanced control system maintenance required of a control system administrator using the tools in Project View.

This course explores the hardware devices commonly found in the Control Room. Students will gain an understanding of what each device is used for and how to properly implement, maintain, and troubleshoot. The student will also learn how to properly administer each device in T3000, create each device’s management proxy, and appropriate communication containers when necessary. The course focuses on all users dealing with I&C engineering, and service.

This course explores the E3000 Excitation System from Siemens-Energy Vienna (THYRIPOL 6RV30). Students will gain an understanding of what each device is used for and how to properly maintain, and troubleshoot each device. The course focuses on all users dealing with I&C engineering, and service.