UEP50112 Diploma of ESI Generation - Systems Operations

www.mongroupsydney1.com/uep50112.htm

 

www.electricaldiploma2013.zoomshare.com/files/uep50112.htm

 

CORE UNITS

 

 

UEPOPS202B Apply Quality Systems to Work 20

UEPOPS337B Maintain Quality Systems within the Team 20

 

That units can be delivered together with Project Management  Click HERE

UEPOPS417B Monitor and Implement Environmental Plans and Procedures

20

 

This unit can be delivered concurrently with Environmental management Click HERE

UEPOPS456A Perform switching to a switching program 30

 

This unit has been already developed for Navy course

UEPOPS420B Coordinate the Network System 40

UEPOPS512B Manage the Network/Systems 80

 

These units can be mapped to UETTDRIS71A transmission line which is being delivered for UEE62111/UEE62211

UEPOPS513B Manage Operational Crisis to Maintain/Restore Power System Integrity

60

 

This unit can be delivered concurrently with Power system reliability Click HERE

UEPOPS515B Coordinate Power Generation 40

UEPOPS441B Operate and Monitor System Equipment 30

 

 

Power Generation course materials can be developed by Joe

UEPOPS428B Develop H.V Switching Programs 20

UEPOPS426B Interpret and Analyse Multi-Operation Protection Devices

40

 

The materials have been developed for Navy course. It can also be mapped to UETTDRIS74A

UEPOPS369A Respond to a critical incident 40

UEPOPS370A Facilitate the use of contingency plans 60

UEPOPS454A Coordinate response to critical incidents 30

 

 

They can be mapped to risk analysis UEENEEE011C & UEENEEE117A

UEENEEE117A Implement and monitor energy sector OHS policies and procedures 20

 

This unit is already in UEE62111+62211

UEENEEE101A Apply Occupational Health and Safety regulations, codes and practices in the workplace   20

 

It is already in UEE30811

 

UEPOPS501B Manage Occupational Health and Safety Policy and 40

 

It can be concurrently delivered with UEENEEE101A+UEENEEE117A

UEPOPS440B Coordinate Team Activities 30

 

It is Team Effective unit in UEE62111/UEE62211

EPOPS512B Manage the Network/Systems 80

 

It can be power network management.  It is part of power system analysis. Learning materials can be developed

UEPOPS513B Manage Operational Crisis to Maintain/Restore Power System Integrity

60

 

Power outage procedures of Energy Australia can be referred & I got the resources.

UEPOPS515B Coordinate Power Generation 40

 

It can be delivered together with Power system operation and generation Click HERE

 

 

 

 

Total points in core 640  

 

 

 

 

Required points 960 for Electives

Group (B) 260 pt

 

 

UEPOPS342B Interpret and Analyse Single Operation Protection Devices

60

UEPOPS349B Operate H.V. Primary Switchgear 40

 

UETTDRIS68 (Can be mapped)

UEPOPS343B Operate Hydro-Electric Generating Plant and Auxiliary Equipment

60

UEPOPS362A Operate and Monitor Generator/Alternator 60

 

Power System Operation-  (7762AG)

UEPOPS356B Apply Environmental and Sustainable Energy Procedures

20

It can be mapped to UEENEEK142 in current UEE30811

UEPOPS364A Ensure Compliance with Occupational Health and Safety policy and procedures

20

It can be concurrently delivered with UEENEEE101A+UEENEEE117A

 

 

 

Group (C) 100 pt

 

 

UEENEEC005 B

Estimate electrotechnology projects 

40

 

It can be mapped to Electro-technology Estimating

UEPOPS405B Operate and Monitor AC Electrical Systems  30

UEPOPS406B Operate and Monitor DC Electrical Systems  30

 

They can be mapped to UEENEEE104A+UEENEEG102A

Group D  (600 pt)

 

 

UEPOPS507B Conduct project management 60

UEPOPS509B Manage quality control procedures 40

 

 

They can be mapped to UEENEEG169A of UEE62211 & UEE62111

UEPOPS525A Coordinate and direct switching program 60

 

It can be mapped to UETTDRIS74A & Naval course  UEPOPS456A - Perform switching to a switching program

 

UEPOPS510B Monitor power generation plant reliability 60

UEPOPS526A Coordinate electrical energy production 60

 

UEPOPS529A Manage operational strategies for power production 80

 

I can develop the resources under the subject name power system reliability

UEPOPS508B Manage commissioning/ decommissioning 80

 

It can be mapped to 7762AA electrical Distribution & UETTDRIS71A transmission unit

UEPOPS528A Manage environmental management systems 40

 

I can develop Environment Management unit

UEPOPS505B Produce maintenance strategies for generation production plant

80

 

428B Session 13+14.pdf (20.27MB)
http://www.filefactory.com/file/39xqbx0acxrt/n/428B_Session_13+14.pdf

UEPOPS502B Manage Permit to Work System 40

It can be mapped to Substation Entry course of Energy Australia that we got the resources.

UEPOPS526A Coordinate electrical energy production 60

It can be mapped to UETTDRIS69A

 

 

 

The following units can be developed by Joe

Resources Click HERE

UEPOPS515B Coordinate Power Generation 40

UEPOPS441B Operate and Monitor System Equipment 30

EPOPS512B Manage the Network/Systems 80

UEPOPS510B Monitor power generation plant reliability 60

UEPOPS526A Coordinate electrical energy production 60

UEPOPS529A Manage operational strategies for power production 80

UEPOPS528A Manage environmental management systems 40

 

UEPOPS515B Coordinate Power Generation 40

Elements and Performance Criteria

ELEMENT PERFORMANCE CRITERIA

1 Plan for plant operation

1.1 Safety issues are identified to comply with enterprise/site requirements

 1.2 Work, plant and resource requirements are identified from relevant information and documentation

 1.3 Pre operational checks are carried out in accordance with enterprise and site requirements

 1.4 Where appropriate, the teams and individuals roles and responsibilities within the team are identified and, where required, assist in the provision of the on-the-job training 

2 Operate generator and excitation system

2.1 System is operated in accordance with enterprise/site and manufacturer’s operating procedures

 2.2 Synchronising requirements are assessed, evaluated and achieved to ensure machine/system stability during synchronising

 2.3 System is monitored and observed to detect deviations from normal operating conditions

 2.4 Corrective actions are taken to rectify abnormalities in accordance with manufacturer’s and enterprise/site procedures

3 Control generation of electrical energy

3.1 Generator output is adjusted to meet demand whilst observing operating requirements

 3.2 Reactive power generation and voltage regulation requirements are assessed and the system is controlled to achieve the desired

3.3 Generator stabilities and operating limits are assessed and the system is controlled to maintain those limits tin accordance with enterprise/site and manufacturer’s procedures

 3.4 Generator cooling systems and limits are monitored and assessed and excitation system is controlled to maintain those limits in accordance with enterprise/site and manufacturer’s procedures

4 Coordinate generation control

4.1 Load sharing between multiple generators is controlled to maintain optimum efficiency and plant reliability

 4.2 Output of generators is adjusted to meet demand whilst observing operating requirements

 4.3 System/plant key indicators are monitored and adjusted to maintain within limits and detect deviations from normal operating conditions

 4.4 Corrective actions taken to rectify system abnormalities are in accordance with manufacturer’s, enterprise/site requirements

 4.5 System integrity, personal safety and continuity of supply are maintained throughout.

 4.6 Consultation with appropriate personnel is undertaken as required in accordance with enterprise/ site requirements.

 4.7 Systems are operated at optimum efficiency

5 Monitor system/plant 5.1 System/plant to be monitored is physically identified

 5.2 System/plant is monitored for normal operation or to detect deviations

 5.3 Corrective action taken is in accordance with enterprise/site procedures

 5.4 Appropriate personnel are notified when defects and abnormal operating conditions are detected

6 Analyse system/plant faults

6.1 Causes of abnormal system operating conditions are identified by analysing the technical and operational information in a logical and sequential manner

 6.2 Actions necessary to rectify fault are correctly determined

 6.3 System/plant integrity and personnel safety are maintained through consultation with appropriate personnel, and reference to plant, technical and operational documentation

 6.4 Appropriate personnel are arranged for local investigation of identified operational abnormalities

7 Complete documentation

7.1 Documentation is updated and plant problems, movements, abnormalities and status are reported and logged in accordance with enterprise/site procedures

KS01-PO515B  Power generation T1   Evidence shall show that knowledge has been acquired for safe working practices of:  Relevant environmental, occupational health and safety legislation and  regulations  Enterprise procedures  Plant drawings and manufacturers manuals  Introduction to and typical arrangements of power production plant  Relevant plant and equipment, its location and operating parameters  Relevant state and territory regulations  Electric motor types and characteristics  Switchgear types and characteristics  Electrical protection types and characteristics  Electrical principles  Process control principles  Plant process control systems  a.c. generators types and characteristics  Transformers types and characteristics  Generator excitation and cooling systems, types and characteristics types and characteristics  Plant status  Enterprise recording procedures  Systems components and interactions T2   Specific skills needed to achieve the performance criteria:  Interpret plant drawings and manufacturers manuals  Apply relevant state and territory regulations  Apply enterprise recording procedures  Identify plant status;  Prepare plant/equipment for operation  Communicate effectively

 

Electric motor types and characteristics  Switchgear types and characteristics  Electrical protection types and characteristics  Electrical principles  Process control principles  Plant process control systems  a.c. generators types and characteristics  Transformers types and characteristics  Generator excitation and cooling systems, types and characteristics types and characteristics  Plant status  Enterprise recording procedures  Systems components and interactions

 

UEPOPS441B Operate and Monitor System Equipment 30

1 Plan and prepare work 1.1 Safety issues are identified in accordance with enterprise/system requirements 

1.2 System requirements are identified from relevant personnel and documentation

 

1.3 System and associated equipment operational pre-requisites are identified and established in accordance with manufacturers and/or enterprise/site procedures

 

1.4 Sequence for recommissioning of equipment is identified and determined in accordance with enterprise/system requirements

 

1.5 Where appropriate, the teams and individuals roles and responsibilities within the team are identified and, where required, assist in the provision of the on-the-job training 

2 Operate system equipment

2.1 The equipment is operated in accordance with enterprise/system procedures/programs 

2.2 Load shedding requirements are identified, selected and monitored during equipment operations to ensure system integrity 

2.3 Operations are carried out in consultation with appropriate personnel in accordance with enterprise/site requirements

3 Monitor system equipment

3.1 Voltage and current requirements are assessed, evaluated and controlled to maintain system integrity and stability 

3.2 Equipment is monitored for normal operations or to detect deviations in accordance with system procedures 

3.3 Corrective actions to rectify abnormalities are undertaken in accordance with system procedures

 3.4 Appropriate personnel are notified when defects and/or abnormal operating conditions are detected in accordance with operating procedures

4 Analyse equipment faults

4.1 Cause of equipment operating faults are identified by analysing the technical and operational information in a logical and sequential manner 

4.2 Operation of protection system is identified and assessed to evaluate the nature and cause of fault conditions 

4.3 Communication is established with other authorities and/or key stakeholders to identify nature/source of equipment fault/ failure 

4.4 Corrective action taken is in accordance with enterprise/site procedures 

4.5 Network/system integrity and personnel safety are maintained through consultation with appropriate personnel, and reference to plant, technical and operational documentation and contingency plans

5 Complete documentation

5.1 Documentation is updated and maintained and equipment problems, movements, abnormalities and status are reported and logged in accordance with enterprise/site procedures  

KS01-PO441B  System equipment  T1  Evidence shall show that knowledge has been acquired for safe working practices of:  Relevant environmental, occupational health and safety legislation and  regulations  Enterprise procedures  Plant drawings and manufacturers manuals  Introduction to and typical arrangements of power production plant  Relevant plant and equipment, its location and operating parameters  Relevant state and territory regulations  Switchgear types and characteristics  Electrical protection types and characteristics  Electrical principles  Transformers  types and characteristics  Equipment status  Enterprise recording procedures  Control and data acquisition systems  Supervisory, alarm, protection and control equipment T2  Specific skills needed to achieve the Performance Criteria:  Interpret plant drawings and manufacturers manuals  Apply relevant state and territory regulations  Apply enterprise recording procedures  Operate screen based equipment  Identify equipment status  Plan and prioritise work  Communicate effectively  Apply data analysis techniques and tools  Identify and respond to abnormal equipment operating conditions

 

EPOPS512B Manage the Network/Systems 80

1 Plan and prepare network operations

1.1 Information and documentation to determine network/system status is assessed and evaluated in accordance with system requirements

 1.2 Network/system and associated equipment operational pre-requisites are established in accordance with enterprise/system procedures

 1.3 Sequence for operation of the network sections and equipment are created to suit a range of scenarios in accordance with enterprise/system procedures

 1.4 Forecast prediction is based on the accurate interpretation and assessment of relevant information in accordance with system procedures

 1.5 Network/system limitations and performance due to location and external influences are evaluated 

 1.6 Where appropriate, the teams and individuals roles and responsibilities within the team are identified and, where required, assist in the provision of the on-the-job training 

2 Manage and control network /system

2.1 Network/system is operated in accordance with enterprise/system operating procedures

 2.2 Network/system demand is met with contingencies in place to maintain quality of supply standards in accordance with statutory requirements

2.3 Network/system voltage and current requirements are assessed, evaluated and controlled to maintain stability and system integrity

 2.4 Voltage/load profiles are identified and adhered to minimising transmission losses

 2.5 Network/system load shedding sequence and priorities are monitored to ensure system integrity

 2.6 Network/system data is monitored for normal operation or to detect deviations

 2.7 Corrective actions to rectify abnormalities are implemented following assessment of data in accordance with system procedures

 2.8 Resources required to meet system requirements are managed in accordance with system procedures

 2.9 Where required, operations are carried out in consultation with team members

3 Analyse and respond to network/ system faults or incidents

3.1 Causes of abnormal network/system operating conditions are identified by analysing the technical and operational information in a logistical and sequential manner

 3.2 Operation of protection systems are evaluated to determine the nature and cause of fault conditions

 3.3 Communication may be established with other authorities and/or key stake holders to identify nature/source of system interference

 3.4 Corrective action is taken in accordance with enterprise/system procedures

 3.5 Network/system integrity and personnel safety are maintained through consultation with appropriate personnel and reference to plant technical, operational documentation and contingency plans

 

UEPOPS510B Monitor power generation plant reliability

1 Collect data 1.1 Information is coordinated/collected in accordance with statutory, industry and enterprise/site requirements

 1.2 Plant is correctly identified and status established

 1.3 Tools and equipment are correctly identified and acquired

 1.4 Specialist assistance/equipment is sort when required

 1.5 Information is recorded and ranked in accordance with statutory, industry and enterprise/site requirements

 1.6 Where appropriate, the teams and individuals roles and responsibilities within the team are identified and, where required, assist in the provision of the on-the-job training.

2 Perform calculations 2.1 Availability and performance calculations are performed in accordance with statutory, industry and enterprise/site requirements

 2.2 Calculations are checked for accuracy

3 Evaluate and analyse information

3.1 Analyse technical and operational information in a logical and sequential manner, and identify if abnormal plant operating condition/performance exists

 3.2 Causes of any abnormal plant reliability are identified

3.3 Plant integrity is maintained through consultation and operational documentation

 3.4 The need for specialist assistance is determined

4 Produce report and complete work

4.1 Information and data are coordinated and documented in accordance with requirements

 4.2 Reports are produced in accordance with statutory, industry and enterprise/site requirements

 4.3 Actions necessary to rectify loss of reliability are ranked and recommended to the appropriate personnel

 4.4 Implementation of recommendations are monitored to ensure plant reliability

 

KS01-PO510B  Monitor power generation plant reliability T1  Evidence shall show that knowledge has been acquired for safe working practices of:  Relevant environmental, occupational health and safety legislation and  regulations  Enterprise procedures  Plant drawings and manufacturers manuals  Introduction to and typical arrangements of power production plant  Relevant plant and equipment, its location and operating parameters  Interpersonal skills techniques  Stakeholder management techniques  Time management techniques  Leadership techniques  Liaising with contractors and clients  Data collection and analysing techniques  Plant status  Enterprise recording procedures  Plant performance characteristics  Control and data acquisition systems  Computers and software  Plant monitoring procedures T2  Specific skills needed to achieve the performance criteria:  Interpret plant drawings and manufacturers manuals  Identify plant status  Record, analyse and use data  Apply problem solving techniques  Communicate effectively  Plan and prioritise work  Write reports  Apply data analysis techniques and tools

 Determine plant reliability performance

 

UEPOPS526A Coordinate electrical energy production 60

1 

Prepare for switching program 

1.1 Qualifications/authorisations of personnel performing switching operations are established

 1.2 Occupational health & safety standards, statutory/enterprise regulations, codes of practice and environmental requirements are identified, applied and monitored throughout the program

 1.3 Contingency plans are evaluated and discussed with appropriate stakeholders and, where necessary, amendments are relayed to all relevant parties

 1.4 Permits and access requirements are established prior to program commencement

 1.5 Documentation is distributed to relevant parties prior to program commencement

 1.6 Where appropriate, the teams and individuals roles and responsibilities within the team are identified and, where required, assist in the provision of the on-the-job training 

2 

Direct switching program 

2.1 All parties involved in switching program are advised and directed to locations

 2.2 Communication is established with all involved parties and maintained throughout duration of program

 2.3 System schematic diagram or equivalent is updated as program proceeds

 2.4 Access to plant is controlled in accordance with 2.5 Work groups are coordinated and directed in accordance with enterprise procedures

 2.6 Permits issued are monitored and recorded in accordance with enterprise procedures

 2.7 Switching program is controlled to ensure outage coincides with planned timetable

3 

Maintain dynamic integrity of system 

3.1 Switching program steps are verified before and after each operation

 3.2 Steps are logged upon successful completion of each operation

 3.3 System conditions/stability is constantly monitored in accordance with system requirements

 3.4 Alternative program steps are quickly and accurately developed if/when unexpected problems occur

4 Complete documentation

4.1 Documentation is updated and equipment problems, abnormalities and status are reported and logged in accordance with enterprise/site procedures

KS01-PO525A   Switching program T1   Evidence shall show that knowledge has been acquired for safe working practices of:  Relevant environmental, occupational health and safety legislation and  regulations  Enterprise procedures  Plant drawings and manufacturers manuals   Introduction to and typical arrangements of power production plant  Relevant plant and equipment, its location and operating parameters  Relevant state and territory regulations   Switchgear types and characteristics  Electrical protection types and characteristics  Electrical principles  a.c. generators types and characteristics  Transformers  types and characteristics  Risk management  Leadership techniques  Plant status   Enterprise recording procedures   Switching operations and procedures   System diagrams   Systems (network)   Computers and software T2   Specific skills needed to achieve the Performance Criteria:  Interpret plant drawings and manufacturers manuals   Apply relevant state and territory regulations   Apply enterprise recording procedures   Identify plant status   Communicate effectively   Acquire and analyse information relevant to system operation   Recognise abnormal plant/system operating conditions   Determine appropriate corrective actions required 

 

UEPOPS529A Manage operational strategies for power production 80

1 Identify long and short term strategies

1.1 The purpose of the strategy is identified and where necessary, clarified with relevant people or organisations

 1.2 Relevant budgets, operational/maintenance and personnel requirements are considered

 1.3 Relevant information is analysed and evaluated in accordance with enterprise procedures

 1.4 Information and data is coordinated and formatted as required to meet the needs of the enterprise

 1.5 Operating strategy is monitored for suitability/approval in accordance with statutory, industry and enterprise/site requirements

 1.6 Where appropriate, the teams and individuals roles and responsibilities within the team are identified and, where required, assist in the provision of the on-the-job training.

2 Implement/monitor strategy

2.1 Plant operational procedures are adhered to in consultation with others and reviewed as required

 2.2 Plant operation and/or condition is monitored and reported against statutory and enterprise requirements taking into account constraints and budget requirements

 

 2.3 Abnormal operating conditions are investigated and reported

2.4 Critical resources and supplies are monitored

 2.5 Human resource requirements are coordinated and monitored

  2.6 De-briefing in conducted and findings are responded to in accordance with procedures

3 Report outcomes power production

3.1 Improvements to strategies are identified and confirmed with the appropriate personnel

  3.2 Results of de-briefing are reported in accordance with procedures

  3.3 Improvements to strategies are implemented

KS01-PO529A   Operational strategies for power production  T1  Evidence shall show that knowledge has been acquired for safe working practices of:  Relevant environmental, occupational health and safety legislation and  regulations  Enterprise procedures  Plant drawings and manufacturers manuals  Introduction to and typical arrangements of power production plant  Relevant plant and equipment, its location and operating parameters  Relevant state and territory regulations  Operational strategies principles  Interpersonal skills techniques  Stakeholder management techniques  Time management techniques  Leadership techniques  Liaising with contractors and clients  Data collection and analysing techniques  Plant status  Enterprise recording procedures  Measurement and analysis systems and procedures  Risk management principles T2   Specific skills needed to achieve the performance criteria:  Interpret plant drawings and manufacturers manuals  Apply relevant state and territory regulations  Apply relevant statutory legislation  Apply enterprise/site emergency procedures and techniques  Apply enterprise recording procedures  Identify plant status  Apply problem solving  Plan and prioritise work

UEPOPS528A Manage environmental management systems 40

1 Plan for management of the environmental management strategies

1.1 The purpose of the strategy is identified and, where necessary, clarified with relevant people and organisations

 1.2 Potential activities/operations that may impact on the environment are identified and investigated to ensure that minimisation strategies can be developed

 1.3 Management strategies are developed, selected and prioritised for implementation in order to provide the most effective resolution of issues/problems

 1.4 Achievable timelines, schedules and targets are established which enable strategy objectives to be met

 1.5 Financial resources, personnel, and physical facilities and equipment are determined and procured to achieve the strategy outcomes

2 Manage environmental management stratégies

2.1 Environmental strategies/requirements are documented, assessed and evaluated to prevent repetition of risk 

 2.2 Results and recommendations relating to environmental requirements are documented and confirmed with the appropriate personnel and in accordance with enterprise plan and procedures

 2.3 Others involved in, or affected by, the strategy are consulted in order to facilitate acceptance of the strategy implementation process

2.4 Environmental strategy/requirements are promoted with the knowledge and cooperation of others involved in, or affected by, the implementation

3 Monitor environmental management strategies

3.1 Regular data is collected to provide accurate measures of performance

 3.2 Statistically valid comparisons are made between objectives and performance to establish if objectives have been met

 3.3 Feedback from other personnel is evaluated in order to determine if changes to strategies are required

 3.4 Changes to implemented strategy are recommended as required by the enterprise plan or procedures  

KS01-PO528A   Environmental management systems T1   Evidence shall show that knowledge has been acquired for safe working practices of:  Relevant environmental, occupational health and safety legislation and  regulations  Enterprise procedures  Plant drawings and manufacturers manuals  Introduction to and typical arrangements of power production plant  Relevant plant and equipment, its location and operating parameters  Interpersonal skills techniques  Stakeholder management techniques  Time management techniques  Leadership techniques  Liaising with contractors and clients  Project management techniques  Project planning techniques  Leadership techniques  Relevant environmental statutory requirements (acts, legislation, regulations) and codes of practice  Environmental awareness and impact  Environmental planning/management  Sources of pollution  Pollution minimisation  Resource usage  Engineering practices  Communication principles  Strategic planning  Risk management techniques  Enterprise environmental strategies  Responding to environmental issues 

 

Resources

UEPOPS441B Operate and Monitor System Equipment

ESI10.2 Substation equipments.zip (7.8MB)
http://www.filefactory.com/file/108z3mc6ubqh/n/ESI10.2_Substation_equipments.zip

ESI10.1 HV equipments.zip (5.95MB)
http://www.filefactory.com/file/2k11snjslv6l/n/ESI10.1_HV_equipments.zip

ESI 3.4 RLC measurement 1.zip (5.77MB)
http://www.filefactory.com/file/2upcgg4j9413/n/ESI_3.4_RLC_measurement_1.zip

ESI 3.5 Digital equipments.zip (4.3MB)
http://www.filefactory.com/file/41l2v0atb953/n/ESI_3.5_Digital_equipments.zip

ESI 3.4 RLC measurement 2.zip (6.91MB)
http://www.filefactory.com/file/434ztqp5wlex/n/ESI_3.4_RLC_measurement_2.zip

ESI 3.4 RLC measurement 3.zip (7.84MB)
http://www.filefactory.com/file/4netj2s8f18p/n/ESI_3.4_RLC_measurement_3.zip

ESI 3.1 HV Measurement+ Cable Test.zip (6.6MB)
http://www.filefactory.com/file/4rruvd1rg451/n/ESI_3.1_HV_Measurement+_Cable_Test.zip

ESI 3.8 Thermography.zip (0.05MB)
http://www.filefactory.com/file/59kyv6awkg6h/n/ESI_3.8_Thermography.zip

ESI 3.2 Magnetic measurement.zip (5.86MB)
http://www.filefactory.com/file/63eezbxtgi89/n/ESI_3.2_Magnetic_measurement.zip

ESI 3.7T and M.zip (0.1MB)
http://www.filefactory.com/file/6p0a7s791nk5/n/ESI_3.7T_and_M.zip

ESI 3.6 V.A.W meter.zip (2.66MB)
http://www.filefactory.com/file/ingm3dubgft/n/ESI_3.6_V.A.W_meter.zip

ESI 3.3 Power measurement.zip (5.55MB)
http://www.filefactory.com/file/t46as402f8z/n/ESI_3.3_Power_measurement.zip

UEPOPS510B Monitor power generation plant reliability

Electric Power Distribution Reliability, Second Edition.pdf (7.06MB)
http://www.filefactory.com/file/4cku5udu4gq1/n/Electric_Power_Distribution_Reliability,_Second_Edition.pdf

G037+G038+G039(5)Power system reliability.zip (6.4MB)
http://www.filefactory.com/file/5st0kilhn3ij/n/G037+G038+G039(5)Power_system_reliability.zip

Power Distribution System Reliability A.pdf (7.65MB)
http://www.filefactory.com/file/6vs0s0md2e2p/n/Power_Distribution_System_Reliability_A.pdf

Handbook of Power System Engineering-.pdf (11.57MB)
http://www.filefactory.com/file/6z499224wle3/n/Handbook_of_Power_System_Engineering-.pdf

Reliability Technology.pdf (32.5MB)
http://www.filefactory.com/file/d21vxjx08lp/n/Reliability_Technology.pdf

UEPOPS512B Manage the NetworkSystems

ESI 5 Transmission System Practicals.zip (20.35MB)
http://www.filefactory.com/file/1gvbbc22tz47/n/ESI_5_Transmission_System_Practicals.zip

7762AA Module Book Modified Jan 08.pdf (7.05MB)
http://www.filefactory.com/file/29cpi7mx9lr1/n/7762AA_Module_Book_Modified_Jan_08.pdf

ESI 24 Modern Power System.zip (2.7MB)
http://www.filefactory.com/file/2nx4vubaq09r/n/ESI_24_Modern_Power_System.zip

1.Process control transducer.zip (37.27MB)
http://www.filefactory.com/file/37bjjlkj7hip/n/1.Process_control_transducer.zip

ESI 26 Electronics Signals.zip (5.46MB)
http://www.filefactory.com/file/3c1otuctsk5n/n/ESI_26_Electronics_Signals.zip

ESI 7 Electrical Installation Design.zip (10.84MB)
http://www.filefactory.com/file/64flyn26kavt/n/ESI_7_Electrical_Installation_Design.zip

ESI 7 Drawing=Switching Diagram.zip (4.41MB)
http://www.filefactory.com/file/70vapoxgeavp/n/ESI_7_Drawing=Switching_Diagram.zipUEPOPS5

UEPOP515B Coordinate Power Generation

ESI 5 Transmission System Practicals.zip (20.35MB)
http://www.filefactory.com/file/1gvbbc22tz47/n/ESI_5_Transmission_System_Practicals.zip

7762AA Module Book Modified Jan 08.pdf (7.05MB)
http://www.filefactory.com/file/29cpi7mx9lr1/n/7762AA_Module_Book_Modified_Jan_08.pdf

ESI 24 Modern Power System.zip (2.7MB)
http://www.filefactory.com/file/2nx4vubaq09r/n/ESI_24_Modern_Power_System.zip

1.Process control transducer.zip (37.27MB)
http://www.filefactory.com/file/37bjjlkj7hip/n/1.Process_control_transducer.zip

ESI 26 Electronics Signals.zip (5.46MB)
http://www.filefactory.com/file/3c1otuctsk5n/n/ESI_26_Electronics_Signals.zip

ESI 7 Electrical Installation Design.zip (10.84MB)
http://www.filefactory.com/file/64flyn26kavt/n/ESI_7_Electrical_Installation_Design.zip

ESI 7 Drawing=Switching Diagram.zip (4.41MB)
http://www.filefactory.com/file/70vapoxgeavp/n/ESI_7_Drawing=Switching_Diagram.zip

UEPOPS526A Coordinate electrical energy production

UEPOPS528A Manage environmental management systems.zip (27.89MB)
http://www.filefactory.com/file/5djdprb6vplz/n/UEPOPS528A_Manage_environmental_management_systems.zip

UEPOPS528A Manage environmental management systems

UEPOPS529A Manage operational strategies for power production.zip (13.01MB)
http://www.filefactory.com/file/33qi06r3s2p/n/UEPOPS529A_Manage_operational_strategies_for_power_production.zip

 

UEPOPS529A Manage operational strategies for power production

UEPOPS526A Coordinate electrical energy production.zip (93.26MB)
http://www.filefactory.com/file/69n2703k7wx9/n/UEPOPS526A_Coordinate_electrical_energy_production.zip