Energize LAGOS ENERGY E ACADEMY Educate - lea…lea.gov.ng/storage/documents/download-the-lea... ·...

LAGOSENERGYACADEMY

EEE

nergizenableducate

COURSE CATALOG

Empowering Future Generations and Closing the skills gap in Nigeria’s young Power Industry

Lagos Energy Academy – At a glance 2LEA-001: Electrical Engineering Technician Training 4LEA-002: Solar Energy Training 5LEA-003: Metering Training 6 LEA-004: Energy Auditing 6LEA-005: Generator Training 7LEA-006: Synchronization Training 7LEA-007: Distribution Transformers - Fundamentals and Operation 8LEA-008: Power Transformers - Fundamentals and Operation 9LEA-009: Distribution Transformers - Grounding and Protection 10LEA-010: Protection Technology - Principles 10LEA-011: Protection of Oil and Gas Power Networks 11LEA-012: Power Quality 12LEA-013: Power Transmission & Distribution 12LEA-014: Electrical Energy Installations 13LEA-015: Medium and Low Voltage Installations 13LEA-016: Smart Grid 14LEA-017: Power Transmission & Distribution Systems – Load & Circuit Calculation 15LEA-018: Transmission and distribution networks Part 1 & 2 15LEA-019: Power System Planning 16LEA-020: Electrical power issues in Nigeria for Bankers, Investors & Professionals 17LEA-021: Rural electrification techniques for engineers and technicians 17LEA-022: Fundamentals of Power Systems Economics 18LEA-023: Electricity Market Regulation 18LEA-024: Switching Devices & switchgear fundamentals & application - Medium-voltage switchgear 19LEA-025: Principles of Numerical Protection Technology 19LEA-026: Electrical Engineering for Oil and Gas Field Personnel 20LEA-027: Cash Call and Cost Reduction in Power Project Financing 21LEA-028: Project Management for Electric Power Utility Capital Projects 21LEA-029: Power Plant Operation and Design 22LEA-030: Operational Excellence in Power Project Management 22LEA-031: Outsourcing and Procurement in Power Sector Project Management 23LEA-032: Strategies for Managing Nigeria Power Sector Financing 23Contact Us 25

PLEASE FIND BELOW SOME OF THE AVAILABLE COURSES OFFERED AT THE LAGOS ENERGY ACADEMY. FOR SPECIFIC TRAINING NEEDS, PLEASE CONTACT US.Contents

Lagos Energy Academy – At a glance

What is the Lagos Energy Academy? The Lagos Energy Academy (LEA) is an initiative of the Lagos State Government (LASG) to provide world-class hands-on technical engineering training on a wide range of topics and subjects important to the Energy/Power Sector Value Chain. The Academy combines a classroom based teaching approach and hands-on, practical technical training that responds to the urgent and pressing need to close the huge gap that exists in the supply of human capital in the energy sector.

02

Provide international- standard training in all areas of the power value chain ranging from generation, transmission, distribution and production of power sector components such as transformers, meters and control panels.To provide industry standard training for young citizens and produce employable graduates. To deliver medium and long-term social and economic benefits to citizens and society in the state by improving local content inputs, building local capacity, improving energy efficiency and creating new jobs. Improve the standard of electricity technicians and professionals in Lagos State and Nigeria. Establish a Certification Scheme - to ensure that professionals have received and continue to receive a high level of training and experience. To establish a Research and Development (R&D) centre where new technology in Power generation, distribution and management can be developed.

Why Lagos Energy Academy? November 1st 2013 marked a turning point in the history of the Nigerian Power sector. It was the day the Federal Government of Nigeria handed over the assets of the now defunct Power Holding Company of Nigeria (PHCN) to 14 successful private sector investors. After over two and a half decades of severe under- investment and poor management, this watershed moment marked a new era for the power industry where investment and good management would cease to be a problem thus improving its contribution to the Nigerian economy.

There is however a plethora of challenges the Power sector must overcome to achieve its true potential – availability of gas for power generation, loss of revenue either through losses in power during transmission or through poor collection rates, amongst others. But a major underlying issue that must also be addressed is, the lack of skilled Human Capital. A skilled workforce in the Power Sector directly or indirectly impacts every stage of the Power sector value chain.

LEA with the relevant partners have designed a curriculum which is relevant to the energy sector and at the cutting edge of new energy technology

03

LEA mission is to be the centre of excellence in energy education, research and innovation in Nigeria

What can the Lagos Energy Academy offer?

World-class training facility located conveniently in Ikeja, GRA24/7 uninterrupted power supply from Mainland Power plantMulti-purpose conference rooms Accommodates 100+ trainees High speed internet accessVideo-conferencing facility State of the art classroomsPower room with all the equipment to simulate Generation,

Transmission & Distribution sub-stationsMetering installation & repair laboratoriesCCTV inside and outside the Academy buildingTelephony system with conferencing capability

Target AudienceAll Graduates, Electrical Engineers and Technicians working with or requiring technical knowledge on electrical installations, equipments and technology.

PrerequisitesFundamentals of Electrical Engineering

Duration 4 months

Module SpecificationsModule 1: General & Soft SkillsMod 1.1: Welcome, Getting Started, Energy Academy rules and

regulationsMod 1.2: Communication and Presentation skillsMod 1.3: Introduction to Project ManagementMod 1.4: Fundamentals of Lean Company and Process

ManagementMod 1.5: Documentation with MS OfficeMod 1.6: Introduction to Business Administration

Module 2: Health Safety and Environment–Electrical Mod 2.1: Introduction to safety Measures- General Principles

Module 3: Computer Technology and SoftwareMod 3.1: PC Technology

Module 4: Fundamental Power & Electrical Installation Engineering

Mod 4.1: Installation and Assembly Technology -ElectricalInstallation Fundamentals (Networks, technology and equipment used for Distribution networks-various Voltage levels, Overload and Short circuit Protection, Impulse Relaying, Control and signaling, graphical representation and symbols of Electrical Circuits etc.

Mod 4.2: Power Distribution NetworksMod 4.3: Load Flow and Short circuit calculationMod 4.4: Network Dimensioning and Design

LEA-001: Electrical Engineering Technician Training The course is certified by SIEMENS and consists of the following modules:

Module 5: Distribution Equipment, Transformers, Switchgears,

Switching ComponentsMod 5.1: Transformer technology - design and engineering,

commissioning operation and maintenance -protection of Transformer- transformer life Cycle Management

Mod 5.2: Medium Voltage switchgears technology - Switchgears and switching devices - Switching technology- Selection and engineering - Operation and maintenance

Mod 5.3: Low Voltage switchgear /switchboards technology - Switchgear and switching devices Switching technology- Selection and engineering - Operation and maintenance

Module 6: Distribution Automation and ControlMod 6.1: Protection technology - principles & technology

Selection & engineering - Operation & maintenanceMod 6.2: Power Distribution AutomationMod 6.3: SCADAMod 6.4: Telecommunication solutions for Distribution networks

Price available upon request

04

05

Target AudienceEngineers and/or technicians working at plants, distribution companies and industry facilities. Planning and operation of power systems responsible personnel.

PrerequisitesFundamental knowledge of solar systems.

Duration 5 days

Module SpecificationsModule 1: Health Safety and Environment-ElectricalMod 1.1: Introduction to safety Measures- General Principles

Module 2: Photovoltaic Systems Mod 2.1: Conduct current and voltage measurements and

performance characteristicsMod 2.2: Explain fundamental relationships in solar cellsMod 2.3: Distinguish and explain different characteristics of poly-

and mono-crystalline and amorphous solar cellsMod 2.4: Assess sites in relation to their suitability for solar

installationsMod 2.5: Perform the dimensioning of PV systems by using

simulation software

LEA-002: Solar Energy TrainingThe course is certified by RENAC/LEA and consists of the following modules:

Mod 2.6: Calculate the economic viability of a site by using measured radiation data

Mod 2.7: Install, integrate and commission solar systems


Target AudienceEngineers and managers who are engaged in metering and who are interested in a complete (smart metering and automation) solution.

PrerequisitesFundamental knowledge of electrical engineering.

Duration 4 days

Module Specifications

Modules 1: Health Safety and Environment - Electrical Mod 1.1: Introduction to safety Measures - General Principles

Module 2: Metering & Energy ManagementMod 2.1: Fundamentals of Power Quality, Solutions and

requirementsMod 2.2: Metering solutions for Power Distribution NetworksMod 2.3: Smart Metering-solution for NTL ReductionMod 2.4: Calibration of Prepaid Meters


LEA-003: Metering TrainingThe course is certified by MEMMCOL and consists of the following modules:

06

Training ObjectivesThis course will equip candidates in carrying out an effective and meaningful energy audit.

Target AudienceAll Graduates, Staff at Distribution Companies, or anyone interested in learning about how to carry out an energy audit.

Duration 4 days

Module SpecificationsModules 1: Health Safety and Environment - Electrical Mod 1.1: Introduction to safety Measures - General Principles

Modules 2: Main featuresMod 2.1: Pre-survey and survey of the locationMod 2.2: Assess power useMod 2.3: Documentation


LEA-004: Energy AuditingThe course is administered by LEA and consists of the following modules:

Training ObjectivesThis course will equip candidates in learning about generators and its installation.

Target AudienceEmployees who would like to have a complete overview about generators.

Duration 3 days

Main featuresSelectionInstallation and positioningElectrical protection and safetyEngineAlternatorControl PanelOperation and servicing


••• ••••

LEA-005: Generator TrainingThe course is certified by MIKANO and consists of the following modules:

07

Training ObjectivesThis course will equip candidates in synchronizing generators.

Target AudienceEmployees who would like to have an in-depth knowledge about synchronizing generators.

Duration 3 days

Main featuresSynchronization theoryApplication schemeElectrical protection and safetyDetailed programming of controllers for synchronizationsIn island mode up to 4 generators


•••••

LEA-006: Synchronization TrainingThe course is certified by MIKANO and consists of the following modules:

Training ObjectivesThe course supplies a fundamental understanding of a transformer. Presentations, training exercises and experiments carefully illustrate the characteristic properties of transformers, examples on distribution transformers (DT).

Target AudienceEmployees who would like to be informed about general knowledge of functionality and operation of a transformer.

PrerequisitesFundamental knowledge of electrical engineering.Fundamentals of DC circuits.Fundamentals of AC circuits.Fundamental knowledge of measurement for electrical variables.

Duration 2 days

Main features1. General transformer overview

Transformers and reactors in transmission and distribution networksTransformer standardsTransformer technology: Electrical fundamental design, explained on a single p hase transformer, measuring and calculation voltage ratio Introduction to 3-phase transformers Mechanical design of power transformers

2. Transformer componentsVoltage regulation with tap changersExternal connectionsIntroduction to cooling equipmentOverview control and protection devices

• • •

•

• •

• • • •

The course is certified by SIEMENS and consists of the following:

LEA-007: Distribution Transformers - Fundamentals and Operation

08

3. Transformer in serviceIntroduction to safety policiesTransport and checking after deliveryOverview of electrical measurements during commissioningMaintenance:

Condition assessment and on-site diagnosticsOil regeneration and drying


• • • • • •

LEA-007: Distribution Transformers - Fundamentals and Operation Contd...

Training ObjectivesThe course supplies a further understanding of a transformer. Presentations, training exercises and experiments carefully illustrate the characteristic properties of transformers, examples on power transformers (LPT, MPT).

Target AudienceEmployees who would like to be informed about further knowledge of functionality and operation of a transformer.

PrerequisitesFundamental knowledge of electrical engineering.Fundamentals of AC and DC circuits.Extended knowledge of measurement for electrical variables.

Duration 3 days

Main features1. General transformer overview

Transformers and reactors in transmission and distribution networks – final exercisesTransformer technology

Advanced electrical design, measuring winding resistance and no load response

Autotransformers Vector groups Advanced electrical design, response under load

condition Short circuit characteristics Efficiency and transformer loss Measuring on different vector groups

2. Transformer componentsVoltage regulation with tap changers – final questionsCooling equipment, troubleshooting using circuit diagramsWorking with control and protection devices

•

••

•••

•••

• • •

LEA-008: Power Transformers - Fundamentals and OperationThe course is certified by SIEMENS and consists of the following:

9

3. Transformer in serviceSafety policies – final questionsInstalling

Oil analysisOil filling

CommissioningInsulation testsDielectric tests

Maintenance and troubleshootingInspection tasks

Advanced condition assessment and fault scenariosOverload and emergency operation


••

••

•••

••••

LEA-008: Power Transformers - Fundamentals and Operation Contd...

Training ObjectivesThe primary objective of this class is to improve the participants understanding of the distribution system including primary and secondary systems, allowable connections, connections to be avoided, distribution system grounding types and over - current protection devices and applications.

Target AudienceEmployees who would like to be informed about general knowledge of functionality and operation of a transformer.

PrerequisitesFundamental of Electrical Engineering.

Duration 3 days

Main featuresGeneral transformer overviewUnderstanding of the distribution systems including primary and secondary systemsAllowable connections and connections to be avoidedDistribution system grounding typesOver - current protection devices and applications


••

•••

LEA-009: Distribution Transformers - Grounding and ProtectionThe course is certified by SIEMENS and consists of the following:

10

Training ObjectivesThe Participants will learn about fundamentals of possible applications, principles of operation and the overall concept of the most important protection devices.

Target AudienceEmployees of power supply utilities and the industrial sector that is familiar with the planning, commissioning and maintenance of power system protection equipment.


Duration 3 days

Main FeaturesProtection PrinciplesEarth faultCurrent transformer dimensioningOvercurrent-time protectionDistance protectionLine and transformer differential protectionBusbar protectionFrequency protectionMotor protection


• • • • • • • • •

LEA-010: Protection Technology - PrinciplesThe course is certified by SIEMENS and consists of the following:

Training ObjectivesIn the first week of training characteristics and components of a typical Oil & Gas network as well as topics of studies are discussed, e.g. load flow, short circuit, motor start, voltage and frequency stability, protection settings coordination, and typical setting report. Based on a real-life example, industrial network design topics like network structure, reliability of supply, protection concept, contingency analysis, and load shedding analysis are presented in order to provide a proper response to minimize consequences of faults. Calculation tools are used to simulate short circuits, motor starts, motor reacceleration etc. In the second week of training practical exercises with Siemens’ over current and differential protection relays for line, transformer, and motor equipment within the real-life industrial network example are executed. The trainees are taught to interpret and analyze an incident by using available fault records.

Target AudienceThis training is directed at plant protection engineers, who would like to increase their analytical and practical skills for system protection.

PrerequisitesUniversity degree in protection engineering.

Duration 10 days

Main Featureseoretical training content (Part 1)

Protection concept and settings coordination principles:Power supply reliabilityNetwork structuresLoad flow and contingencies analysisShort circuit analysis for phase & earth faultsCurrent transformer dimensioningOver current-time protectionDistance protectionDifferential protectionFrequency protectionMotor protectionTransformer protectionCable and overhead line protectionIEC 61850 / GOOSE Theory fundamentals such as data model and services

Th

• • • • • • • • • • • • •

LEA-011: Protection of Oil and Gas Power NetworksThe course is certified by SIEMENS and consists of the following:

11

Practical training content (Part 2)DIGSI® 4 operating and evaluation software:

How to set up a project structure in Project ManagerHow to get and set a relay parameters in Device ManagerHow to go online and work onlineHow to change settings – with DIGSI® and relay front portHow to feed back setting changes to the planning departmentHow to do maintenance with DIGSI®

Over current protection device 7SJ relay:Ordering information and accessoriesScope of functionsOverall operation hardware and connectionsDoing sample settings and settings discussionInformation configuration matrix for input/output/internal signalsMeasurement supervision, fault interpretation by using SIGRA®Hands-on training with 7SJ relays,DIGSI®, SIGRA® with using secondary test equipment

(e.g. omicron) to produce faults such as single phase, two phase and3 three phase faults (short circuits) with low and with high current.Hands-on training with 7SJ relays,DIGSI®, SIGRA® with using secondary test equipment (e. g. OMICRON) to produce faults like: motor start (rotor blocked, starting time supervision), overloaded motor and cable.

Differential protection device 7SD and 7UT relays:Ordering information and accessoriesScope of functionsOverall operation hardware and connectionsDoing sample settings and settings discussionInformation configuration matrix for input/output/internal signals

Measurement supervision, fault interpretation by using SIGRA®Hands-on training with 7SD / 7UT relays, DIGSI®, SIGRA® and Test equipment with using secondary test equipment e.g. OMICRON) to produce faults such as internal and external faults and analyze them.Establish and use the “WEB Monitor

Final discussion:Typical report and settings

How to set protection devices in accordance to the typical setting report, as taught in the first week of training


• • • • • •

• • • • • • • •

• •

• • • • • ••

• •

LEA-011: Protection of Oil and Gas Power Networks Contd...

Training ObjectivesThe participants will acquire extensive insight of Disturbance evaluation and Power Quality monitoring with SICAM PQS and SICAM PQ Analyzer. They will learn handling and operating of the related tools and devices on the basis of typical application examples. After the course the participants will be able to configure such systems including disturbance recorders and power quality devices and how to get that information you need for your daily operation.

Target AudienceService / maintenance, operation, commissioning, engineering.

PrerequisitesFundamentals of electrical engineering, Fundamentals of Power Quality, PC know-how.

Duration 3 days

Main featuresIntroduction Power Quality (PQ) Monitoring and Disturbance RecordingCurrent field solution for Disturbance, Power Quality Monitoring and Substation AutomationIntroduction Substation automation system SICAM PAS in order to operate SICAM PQSIntroduction of disturbance recorder SIMEAS R-PQ / -PMUIntroduction of Power quality recorder SICAM Q80Overview SICAM PQS (Power Quality System): device hardware and architecture, software licenses, scope of functions, communication, commissioning and complete parameterization, time synchronizationUser Interface Configuration: Configuration, Mapping.

Topology, Templates, Reports, Grid CodesUser Interface Operation: Overview of system components and their operating state Overview PQ AnalyzerApplications of PQ AnalyzerPractical exercises


••

•

•••

•

•

•••

LEA-012: Power QualityThe course is certified by SIEMENS and consists of the following:

12

Training ObjectivesThe participants will learn about principals of electrical engineering and will get an overview about use and applications engineering of products and solutions in the field of power transmission and distribution.

Target audienceEmployees in the divisions Transmission and Distribution, or who are interested in deepening the knowledge in the operation and application of products and solutions in the energy transmission and distribution.

PrerequisitesTechnical fundamental knowledge.

Duration 3 days

Main featuresTransmission and Distribution Division strategy, , business goals, organizationScope of products and servicesImportant technical characteristics to ensure safe operation (i.e.

protection, relaying, selectivity)Presentation of business units

Medium voltageHigh voltageTransformersEnergy automationEnergy Management & Information SystemsServices

Scope of Transmission and Distribution Division Training


•

••

•••••••

•

LEA-013: Power Transmission & DistributionThe course is certified by SIEMENS and consists of the following:

LEA-014: Electrical Energy Installations

Training ObjectivesTo give the participants a better understanding of the fundamental

to understand the main components of the power grid by using different software simulation programs to explain these principles. These simulationprograms are a part of the course material.

Target AudienceEmployees who would like to be informed about electrical energy installations.

PrerequisitesFundamentals of Electrical Engineering.

Duration 3 days

Main featuresPrinciples of Electrical Energy InstallationsComponents of the Power GridSoftware Simulation Programs


•••


principles of Electrical Energy Installations and help them

Training ObjectivesTo give the participants an understanding of the principals of Electrical Installations, dimension of the Power Installation and explanation of the design of a low-medium voltage installation.

Target AudienceEmployees who would like to be informed about electrical energy


Duration 4 days

Main featuresPrinciples of Electrical Energy InstallationsDimension of the Power InstallationUnderstanding and design of low-medium voltage installation


• • •

LEA-015: Medium and Low Voltage InstallationsThe course is certified by SIEMENS and consists of the following:

13

The participants will be provided with a comprehensive overview of the design,

Siemens employees who want to get an overview of innovative developments in Employees of power generation companies and power supply utilities and

Selected smart grid solutions in transmission and distribution systems

Potentials and increase of distributed and renewable generation


developments, applications and potentials of smart grids.

Impact of distributed generation on the power system

Intelligence in transmission and distribution systems

Automation solutions to increase supply reliability

Fundamental knowledge of electrical engineering.

Monitoring and remote control of equipment

Political, economic, technical European energy policy

Use of power electronics

LEA-016: Smart Grid

Smart consumption

Condition monitoring

Asset management Blackout prevention

Framework conditions

What are smart grids?

Smart generation

Training Objectives

the energy industry.

Target Audience

Duration 2 days

Prerequisites

Main features

••

••

•••

••••

•

•

•

installations.

Control of power flows using SIPLINK, FACTS Transmission capacity increase New supply structures, e.g. micro grids Smart generation Virtual power plants (VPP), decentralized energy management Electric vehicles Battery storage systems Smart consumption Smart metering Load management Building automation / building management systemsInformation and communication technology (ICT) Experiences from pilot applications and projects


••

•••

•••

•

•

14

LEA-016: Smart Grid Contd...LEA-017: Power Transmission & Distribution Systems – Load & Circuit Calculation The course is certified by SIEMENS and consists of the following:

Training ObjectivesThe participants will receive information about the actual status of standard power system calculation methods, recognizing weak spots in the power system and searching for remedies.

Target AudienceEngineers and service technicians from power supply utilities and industry in operation, planning, design and servicing of switchgear.


Duration 2 days

Main features

What is the purpose of load-flow and short circuit current calculation?Power system structures and star point handlingCharacteristic equipment valuesTheory of calculating electrical power supply systemsModeling the most important electrical equipment (generator, transformer, line and load) Load-flow calculation, current iteration and Newton Raphson methodsShort-circuit calculation, regeneration methods, standardsS electivity of time-graded protection facilities (over current -time and distance protection)Small examples calculation relating to the above mentioned methodsCalculating real existing power systems with the aid of interactive calculation programs on a PC or workstation to verify manually determined valuesInterpreting the resultsPossibilities of remedying weak spots in the network


•

•

•

••

••

•

•

•

•

•

Training ObjectivesThe participants will obtain extensive knowledge of power systems and the correlations between the individual power transmission and distribution components. They will learn to understand the engineering, application and tasks of the components of a power system, like transformer, busbar, line and cable as well as associated power system tasks as protective relaying. We will provide in-depth information on the configuration and application of components of an electrical power supply system and the tasks and fundamental principles of power system protection.

Target AudienceEmployees of power plants, power supply utilities/industrial sector and individuals interested in technical fields who want to obtain a fundamental understanding of processes in electrical supply systems or refresh their technical knowledge.


Duration 6 days

Main features (Part 1) Components of a typical generation, transmission and distribution system Power generation methods, comparison and efficiencies World energy demands and their growth, distribution among different primary energy sources Power system planning and design considerations Fundamental concepts in power systems DC Transients, time constants, single and three phase AC-systems, power definitions and harmonics Short circuit calculations using symmetrical components

LEA-018: Transmission and distribution networks Part 1 & 2The course is certified by SIEMENS and consists of the following:

•

••

•••

•

15

Cables and lines for power transmission and distributionTransformers and their characteristic data, connection symbols, grounding principles, voltage control and tap changers,generator, motor - fundamental principlesCircuit breaker types, vacuum-switching technique and SF6 switching systems, switching operations, arc extinction principles,air and gas-insulated switchgearReactive power management; shunt and series compensationFACTS and high voltage direct current transmission systems (HVDC)Voltage and current measurement for protection, control and meteringPrinciples and types of power system protection, design of protection systems, protection principles for transmission and distribution systemsCalculation examples consolidate the gained knowledge and help understand the correlations


Main Features (Part 2)••

•

••••

•

16

LEA-019: Power System PlanningThe course is certified by SIEMENS and consists of the following:

Training ObjectivesThe participants will receive general information about technical economical solutions of power transmission and distribution in industry and other supply utilities.

Target AudienceEmployees from utilities and industry with their main field of workin planning and operation of power systems.


Duration 3 days

Main Features Power system configuration and extension planning of high-voltage,

medium-voltage and low-voltage power systems, substation and component design

Neutral grounding, project planning of earthing systems, interference of power supply installations

Power system analysis and calculations (load flow and short circuit) Instrument transformer dimensioning, design and coordination of

protection systems Operating and dynamic behavior of industrial systems with numerous

use of machinery Switching operations, overvoltage protection and isolation coordination Harmonics and filter circuits, system perturbations Behavior of HVDC converter stations, static var compensators and

controlled series compensation Accompanying practical instructions in questions of power system

calculation, current transformer dimensioning and protection coordination.


•

•

•

•

•

•

•

•

•

Training ObjectivesParticipants will leave the course with a thorough practical understanding of: How lenders analyze power projects – from both a qualitative and a quantitative perspective, how project financings are sized and tailored to the cash flow of a specific project, the loan documents which govern a financing and how they interface with the other project documents such as power sales agreements, EPC contracts, supply agreements and insurance arrangements

Target AudienceManagers, Supervisors, Project managers, economists and engineers or any staff involved in ventures in relation with project financing.

PrerequisitesNone

Duration 3 days

Main FeaturesIntroduction to power engineering, physical grid and terminologiesThe power sector in Nigeria, institutions and evolution of the marketPower economics (especially in emerging countries), financial gridManaging power projectsPower projects financing and investment


•••••

LEA-020: Electrical power issues in Nigeria for Bankers, Investors & ProfessionalsThe course is certified by SIEMENS and consists of the following:

Training ObjectivesThe participants will gain knowledge of the commissioning and maintenance of distribution transformers, their cooling methods and block distribution stations. They will be able to, identify, use and maintain different types of cables, carry out cable jointing and cable termination, conduct tests on cables, carry out installation earthing. They will be able to install, commission and maintain fundamental supply and lighting units using Photovoltaic.

Target AudienceEngineers, junior engineers, field personal and technicians involved in operation, planning, design, maintenance and servicing of rural electrification systems.


Duration 10 Days

Main FeaturesTransformer installation and maintenance,Block distribution stations / Ring Main Units (including different types of switchgears)Cable splicing and terminationSystem and installation earthingPhoto voltaic power supply and lighting units.


••

•••

LEA-021: Rural electrification techniques for engineers and techniciansThe course is certified by SIEMENS and consists of the following:

17

Training ObjectivesOn completion of the training, the participants will gather fundamental knowledge of planning and operation of power systems. They will understand competition issues in the electricity supply industry. They will be capable to understand the structure of electricity supply industry and the microeconomics principles essential for electricity markets. They will understand the issues of investments in power generation and transmission equipment in a competitive environment.

Target AudienceManagers, Supervisors, Project managers, economists and engineers or any staff involved in ventures in relation with deregulation or competition issues on Electricity Markets. Economists, Engineers and other professionals who want to understand the engineering / microeconomics perspectives of power systems.

PrerequisitesFundamental knowledge of electrical engineering and / or first relevant technical exposure in the power industry. But not a must.

Duration 3 Days

Main FeaturesIntroduction, Competition, Models of competitionFundamental of markets, concepts and typesMarkets for electrical EnergyParticipating in markets for electrical energySystem security and ancillary servicesTransmission networks and electricity marketInvesting in GenerationInvesting in TransmissionAnswers to selected problems.


•••••••••

LEA-022: Fundamentals of Power Systems EconomicsThe course is certified by SIEMENS and consists of the following:

Training ObjectivesThe training focuses on electricity regulation with the objective of delivering knowledge in and understanding of regulation issues. The training program provided and disseminated relevant knowledge related to conceptual properties and practical applications of regulation in the electricity industry. This course is designed in clear and understandable form in order to allow successful participation of a non-expert audience.

Target AudienceManagers, Supervisors, Project Managers, Economists and Engineers or any staff involved in ventures in relation with Electricity Markets. Staff, Managers and Professionals from Power Utilities, Power Industries, Parastatals and Electricity Regulatory Agencies.

PrerequisitesFundamental understanding of the electricity market. Ideally the participant should have visited the training fundamentals of electricity systems economics and / or have a first relevant exposure in the electric power industry.

Duration 5 Days

Main FeaturesGeneral PrinciplesMarket DesignPrice regulationRevenue requirements and Regulatory Asset BaseCost of capitalEfficiency assessmentQuality of supply regulationPricing


••••••••

LEA-023: Electricity Market RegulationThe course is certified by SIEMENS and consists of the following:

18

Training ObjectivesThe participants will be familiarized with functions and selection criteria of medium-voltage devices. Medium-voltage switchgear familiarization with standards, types and planning criteria.

Target AudienceTechnical staff involved in sales and project planning, for power distribution systems up to 36 kV.

PrerequisitesFundamental technical knowledge

Duration 3 days

Main FeaturesMedium-voltage switching devices:

Design Function, fundamental characteristicsSelection criteriaSwitching dutiesMedium-voltage switchgear installationsPlanning of switchgearBusbar systemsBuilding specificationsPersonnel safetySwitchgear typesCircuit-breaker switchgearLoad-break switchgearVoltage detecting systemsHandling of SF6 GasConnection and termination systemsSafety accessories


•••••••••••••••

LEA-024: Switching Devices & switchgear fundamentals & application - Medium-voltage switchgearThe course is certified by SIEMENS and consists of the following:

Training ObjectivesThe participants familiarize themselves with the possible applications, mode of operation and general principles of the main system protection equipment.

Target AudienceEmployees from power utilities and industry wishing to gain a fundamental knowledge of the planning, commissioning and maintenance of system protection equipment.


Duration 3 days

Main FeaturesConcepts and application of protection systemsOver current time protectionDistance protectionLine differential protectionBusbar protectionTransformer differential protectionMotor protection


•••••••

LEA-025: Principles of Numerical Protection Technology The course is certified by SIEMENS and consists of the following:

19

LEA-026: Electrical Engineering for Oil and Gas Field Personnel

knowledge on electrical installations and equipment used in the oil and gas

Factors to be considered when designing an electrical power network.

echnicians working with or requiring technical

Describe the role and operating principles of the different pieces of

Power supply back-up equipment – diesel/fuel generators, battery

Carry out installation and maintenance activities on electrical

2. Description and operating principles of electrical equipment:


Typical architecture of an electrical network: voltage levels;

At the end of the learning event, participants will be able to:Describe typical arrangements of an electrical network,

Neutral point connections and their effects on network

network and equipment for the oil and gas industry.

Different connection schemes to public network.

equipment that make up the electrical network,

1. The electrical power distribution network:

-up management,

Fundamentals of Electrical Engineering

Control and protection equipment,

banks, rectifier units etc.

load classification; back

Electrical Engineers and T

Training Objectives

Electrical cables,Electrical panels,

Target Audience

Duration 3 days

Transformers,

Main Features

Prerequisites

operation,

industry.

••

•

••

•

•

•••••

20

3. Synchronous and asynchronous motors; alternators:Motors – operating principles; characteristics

(speed, load, torque);Motor start-up schemes,Electrical and thermal protection of motors;Speed control of motors.Alternators (synchronous power generators).

4. Viability and safety of electrical installations in the oil and

Selectivity of protections: different techniques,Checking of isolation,Electrical equipment for Explosive atmospheres: standards

and maintenance constraints,Rules for equipment Isolation/Consignation prior to and after

maintenance.


•

••••

•••

•

LEA-026: Electrical Engineering for Oil and Gas Field Personnel Contd...

gas industry:

Training ObjectivesThis course is designed to enable participants gain insight into the theories and methods used to value power sector project prospect. After completing this course, each participant will have an overview of the economic aspects of the power industry.

Target AudienceCompany executives involved in power sector financing, power sector business development managers, operational managers who deal with power sector financing, government and parastatal officials involved in policy, monitoring and regulation of the energy sectors.

PrerequisitesNone

Duration 3 days

Main FeaturesIntroduction to cash callsExploring cash calls in the power sector financingIntroduction to cost and cost managementIdentify costs in the power sectorUnderstand cost monitoring and auditingPower sector development financingEvaluating power sector contractsAlternative approaches to cash callsCost reduction techniques in power sector project financingCost budgeting in power sector project financing


••••••••••

LEA-027: Cash Call and Cost Reduction in Power Project FinancingThe course is certified by CITADEL and consists of the following:

Training ObjectivesGain the project management skills you need to effectively manage outsourced as well as in-house designed and constructed power delivery capital projects. You’ll benefit by studying:

Unique requirements for managing electric utility capital projects Cost estimating and cash flow managementHuman resource allocation and levelingPublic and regulatory communications managementManaging project risk, and more!

Case studies of utility substation and transmission line construction projects will illustrate applications of concepts and real-world project management issues you may face in the field. Workshops and problem-solving sessions will reinforce your understanding of concepts and methods.

Target AudienceProject managers Project team leadersConsulting engineers and project managersTransmission line design engineers and techniciansDistribution line design engineers and techniciansSubstation design engineers and technicians

PrerequisitesNone

Duration 3 days

Main FeaturesElectrical Capital Projects: Initiation and Scope Management Time Management for Electric Utility Capital ProjectsCost Management on Capital ProjectsProject Human Resource ManagementProject Procurement ManagementProject Communications ManagementElectrical Capital Project Risk ManagementElectrical Capital Project Quality Management Electrical Power Capital Project Controls and Closure Multiple Projects Management


•••••

••••••

••••••••••

LEA-028: Project Management for Electric Power Utility Capital ProjectsThe course is certified by CITADEL and consists of the following:

21

Training ObjectivesTo provide a comprehensive understanding of combined cycle and co-generation plants as well as their selection criteria, operation and maintenance requirements, and economics. Participants will develop an in-depth understanding of these plants and their numerous advantages.

Target AudienceEngineers of all disciplines, managers, technicians, maintenance personnel and other technical individuals.

PrerequisitesNone

Duration 5 days

Main FeaturesReview of Thermodynamics PrinciplesGas Turbine FundamentalsAn overview of Gas TurbinesGas Turbine DesignGas Turbine CalculationsGas Turbine CompressorsGas Turbine CombustorsAxial-Flow TurbinesGas Turbine MaterialsGas Turbine Lubrication and Fuel SystemsGas Turbine Bearing and SealsGas Turbine Instrumentation and Control SystemsGas Turbine Performance CharacteristicsPerformance EnhancementsGas Turbine Operating and Maintenance ConsiderationsGas Turbine Emission Guidelines and Control Methods


••••••••••••••••

LEA-029: Power Plant Operation and DesignThe course is certified by CITADEL and consists of the following:

22

Training ObjectivesThe course is designed to provide delegates from the energy industry with a comprehensive understanding of operations, logistic, supply chain management and project management. The course will enable delegates to develop the ability and knowledge to use the world-class project management tools, approaches and techniques to enhance business operational performance.

Target AudienceManagers, supervisors and project team members involved in planning, implementing, supervising and directing projects; upstream professionals, such as engineers, geoscientists and planners; downstream professionals, such as facility engineers and planners; and corporate and asset managers involved in acquisitions, disposals and business re-engineering projects.

PrerequisitesNone

Duration 3 days

Main FeaturesLatest thinking in managing new energy projectsLatest trends in product specifications, process unit yields and

refining schemeNew operation management tools and techniquesScheduling and managing project resources effectivelyUnderstanding project managementOperations management in actionAn overview of project management processProject structures: activity stages and decision gatesEnergy business processes management


••

•••••••

LEA-030: Operational Excellence in Power Project ManagementThe course is certified by CITADEL and consists of the following:

Training ObjectivesThis course addresses challenges faced by energy stakeholders in outsourcing and managing new and existing energy contracts and procurement activities. Delegates will discuss mitigation strategies with other industry professionals about how best to draft, negotiate and manage contracts. They will also learn best practice strategies for handling outsourcing indemnity and allocating risk across the industry.

Target AudienceEnergy industry professionals look to improve their contract negotiation skills and overall commercial performance, legal practitioners, insurance and risk managers looking to reduce the legal and contract risks for their companies, government departments, policy makers and regulators.

PrerequisitesNone

Duration 3 days

Main FeaturesUnderstanding energy contract negotiationsMitigating risks associated with outsourcing servicesManaging challenges in managing procurement activitiesAvoiding project delays and damages management through effective contractingIdentifying energy contract management principles and practicesImplementing outsourcing managementExploring procurement managementBusiness Mapping of OperationsFlow ChartsQuality Assurance TQM IssuesCustomer - supplier - employee relationshipsLong-range planningCross-functional planningInformation support


••••

••••••••••

LEA-031: Outsourcing and Procurement in Power Sector Project ManagementThe course is certified by CITADEL and consists of the following:

Training ObjectivesThis intensive 3-day hands-on course will provide a state-of-the art presentation of project finance, and the application of project and structured finance to the rapidly growing sector of energy.

Target AudienceProject finance professionalsCorporate finance professionalsCorporate bankersCredit & loan professionalsProject developersFinance staff from corporations

PrerequisitesNone

Duration 3 days

Main FeaturesProvide an overview of the current state of project financeShow you how to use project and structured finance to implement projectsShow you how to create “bankable” projects that can attract financingShow you how to access and use financing and risk mitigation mechanisms from international financial institutions, such as the World Bank Group, and export credit agenciesShow you how to use risk mitigation mechanisms to address the

challenges of off-taker creditworthiness, breach of contract, and foreign exchange rate riskProvide an overview of solar, wind, and bio-fuels sectors, and show participants how to finance projects in these rapidly growing sectorsUse actual international case studies to illustrate the concepts covered in the course


••••••

••

••

•

•

•

The course is certified by CITADEL and consists of the following:

LEA-032: Strategies for Managing Nigeria Power Sector Financing

23

Contact Us

Website: www.lea.gov.ng

mail: [email protected]

Phone:

+234 8093885890

Energize LAGOS ENERGY E ACADEMY Educate - lea…lea.gov.ng/storage/documents/download-the-lea... ·...

Documents

Transcript of Energize LAGOS ENERGY E ACADEMY Educate - lea…lea.gov.ng/storage/documents/download-the-lea... ·...