cip 2015 project outline - clp...cip 2015 project outline project scope electrical engine ering (e1)...

CIP 2015

Project Outline

Project

Scope

Electrical Engineering (E1)

Project

Number

E1_SUM_1

Project

Details

1. Internship

Category:

Summer

2. Internship

Period:

1 Jun 2015 – 31 Aug 2015

3. Preferred

University

Disciplines:

� Nil

4. Project Name:

The impact of variability of solar and wind power on grid system

5. Business

Objective(s):

� To gain an appreciation of the problems brought by wind farms and

solar plant to the grid and the regulation in various countries

governing their operations and the worldwide best practices to

improve capability of the machines to cope with the grid

requirements.

6. Project

Descriptions:

� Solar and wind development is continuing at significant level to help

get us closer to a greener environment, but this has raised concerns on

the adverse impacts of their variable generation and their aggravation

of the grid stability under fault situations. In this project, the intern is

required to conduct researches and studies on the ways to reduce the

impacts.

7. Project

Deliverables:

A report summarizing the followings:

� The various solar and wind energy generation technologies and their

impacts on the grid

� The evolving grid regulations on solar and wind power generation in

various countries where CLP has investment in solar and wind energy

� The emerging technologies and practices for safe integration of the

solar and wind power with the grid

8. Expectations:

a. Special Skills required

� A electrical engineering knowledge both on heavy and light current

and background understanding on wind power generation

� Special skills required: IT skills in Excel Spreadsheet, MS Word, Power

Point, Language (written English and Chinese and spoken English,

Putonghua, Cantonese)

b. Learning

� Study the solar and wind power generation technology and their

impact on the grid

� Understand the project development process of solar and wind power

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SUM_2

Project

Details

1. Internship

Category:

Summer

2. Internship

Period:

2 Jun 2015 – 29 Aug 2015

3. Preferred

University

Disciplines:

� Electrical Engineering

� Science

4. Project Name:

Electricity Markets and Regulation

5. Business

Objective(s):

� Support the Strategic Development Project team

6. Project

Descriptions:

� Support as and where needed:

- Electricity market and regulation research and analysis

- Preparation of strategic and communication materials

- Presentation and communications of work

7. Project

Deliverables:

� Strategic analysis and communication materials

� End of internship report and learnings

8. Expectations:


� Strong English and Chinese language skills

� Strong research and analysis skills

b. Learning

� Better knowledge of HK and overseas electricity markets

� Stakeholder communications and engagement strategic thinking

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SUM_3

Project

Details

1. Internship

Category:

Summer

2. Internship

Period:

15 Jun 2015 – 15 Aug 2015

3. Preferred

University

Disciplines:


� Mechanical Engineering

4. Project Name: Combined Cycle Gas Turbine (CCGT) Operational Experience Sharing

System Enhancement

5. Business

Objective(s):

� To further develop a systematic CCGT operational experience sharing

system in Black Point Power Station (BPPS).

� To enhance and restructure the existing operational and front line

maintenance experience knowledge sharing platform in BPPS.

� To review and collect the best practices from different operators in

order to enhance the experience sharing system.

6. Project

Descriptions:

� As part of further strengthening the training and development of the

people in the BPPS organization, it will be crucial to provide a

systematic operational experience sharing platform, particularly on the

new comers in Black Point Power Station (BPPS). Following 17 years of

extension operation experience in BPPS, we have already collected

many good experience and knowledge sharing materials in our hand. It

becomes necessary to develop a more systematic and reliable

experience sharing platform for all operators.

� This is part of our overall training program to increase young engineer’s

operational competence. The project is to re-build our existing

experience sharing platform by collecting different team’s idea/opinion

in defining an intelligent and feasible experience sharing framework.

� The project will make use of our new web-based knowledge

management portal software together with some power plant

knowledge for enhancing the existing experience sharing system.

7. Project

Deliverables:

� An intelligent /feasible and accepted by all operator experience sharing

system.

� A well organized and correctly categorized knowledge and experience

database.

8. Expectations:


� Basic electrical, mechanical and electronic engineering knowledge

� Good programming skills such as Marco & web application

� Good communication and organizing skill.

b. Learning

�� Learn the basic knowledge in power plant operation and management.

�� Opportunity to enhance the skill of communication, information &

data analysis and critical thinking.

�� Understanding of CLP culture & value.

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SUM_4

Project

Details

1. Internship

Category:

Summer

2. Internship

Period:

1 Jun 2015 – 31 Aug 2015

3. Preferred

University

Disciplines:


4. Project Name: Impacts of Renewable Energy Systems on the Power Grid

5. Business

Objective(s):

� To ensure a safe, secure and quality power supply.

6. Project

Descriptions:

� The intern is required to study, by simulation if required, the potential

impacts of grid connection of the renewable energy systems to the

power grid and to develop mitigation measures if required.

7. Project

Deliverables:

� A detailed study report including the study assumption, methods and

results. If simulation study is conducted, the data models will be a part

of the deliverables.

8. Expectations: a. Special Skills required

� Knowledge of power system analysis and simulation.

b. Learning

� Power systems and grid connection of renewable energy systems.

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SUM_5

Project

Details

1. Internship

Category:

Summer

2. Internship

Period:

1 Jun 2015 – 31 Aug 2015

3. Preferred

University

Disciplines:


4. Project Name: Review framework of fault investigation of Power Cables

5. Business

Objective(s):

�� To review the existing fault investigation practice for Power Cables.

�� To outline and document the details of methodologies of fault

investigation and input of fault causes.

6. Project

Descriptions:

�� With the electrical knowledge, fault investigation is reviewed and

summarized with the latest technology and tools available.

�� Related site condition and fault related knowledge would be guided by

Assets Management Department Engineers.

�� Applicants may be required to work outside office a day per week.

7. Project

Deliverables:

� To review the latest practice for fault investigation

8. Expectations:


�� Basic Knowledge of Power System and related equipment.

�� Knowledge in MS Excel and Access

�� Good command of both spoken and written English and Chinese

b. Learning

�� Technical knowledge on local Power System equipment

�� Experience in project implementation and management

�� Communication and problem solving skills

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SUM_6

Project

Details

1. Internship

Category:

Summer

2. Internship

Period:

1 Jun 2015 – 31 Aug 2015

3. Preferred

University

Disciplines:

� Electrical and Electronic Engineering

4. Project Name: The latest technical development and trend in Extra High Voltage (EHV)

Overhead Line (OHL)

5. Business

Objective(s):

�� Review and appreciation of the latest EHV OHL system

�� Explore any innovations that can be applicable to CLP’s Transmission

OHL Network when required

�� Renew the data base of EHV OHL in our engineering organisation

6. Project

Descriptions:

� Upgrading and strengthening works of our transmission OHL network

are foreseeable in meeting the future challenges, e.g. Government’s

Fuel Mix consultation, interconnection with SGC, etc. Knowledge on

latest technical development and trend in EHV OHL is deemed

necessary to enhance our competency to meet the above business

need.

7. Project

Deliverables:

�� Compare Pros and Cons on the latest EHV OHL technology

�� Evaluate and recommend the technology and innovations applicable to

CLP’s Transmission OHL Network

�� Convey the study result to CLP staff with a study report

8. Expectations:


�� Sound engineering judgment and analytical mind

�� Able to communicate technical concepts in English and Cantonese,

both verbal and written

�� Good knowledge and application of PC skills, including PowerPoint,

Excel, and Word

�� Basic financial skill

b. Learning

�� Understanding the essential components of EHV OHL

�� Understanding the process of evaluating new technology before

implementation

�� Develop analytical mind

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SUM_7

Project

Details

1. Internship

Category:

Summer

2. Internship

Period:

1 Jun 2015 - 31 Aug 2015

3. Preferred

University

Disciplines:

�� Electrical Engineering

�� Electronic Engineering

4. Project Name: Feasibility study of Smart Electricity Demand Management solutions in

North Region (NR)’s Depots

5. Business

Objective(s):

� To propose technically feasible and cost justifiable solutions via Smart

Electricity Demand Management in NR’s Depots

6. Project

Descriptions:

�� Review current electricity facilities, and study energy consumption

profiles of NR’s Depots;

�� Recommend adoption of appropriate smart electricity demand

management resulting in the enhancement of existing electricity

consumption in NR Depots, and;

�� Estimate the cost and benefits of the proposal.

7. Project

Deliverables:

�� Carry out the study project according to agreed schedule

�� Produce a project reports with literature review, solid references,

analysis on historical energy consumption profiles and

recommendations on adoption and/or enhancement of smart

electricity demand management in NR’s depots

8. Expectations:


� Knowledge on variety of engineering perspectives and IT application

b. Learning

�� Understand smart electricity demand management, its deployment on

existing buildings, and how the financial justification of the proposal is

made

�� Practise project management skills

�� Develop interpersonal skills and communication skills

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SUM_8

Project

Details

1. Internship

Category:

Summer

2. Internship

Period:

1 Jun 2015 – 31 Aug 2015

3. Preferred

University

Disciplines:


�� Information Technology

4. Project Name:

Safety, Health, Environmental and Quality (SHEQ) Information System

Enhancement

5. Business

Objective(s):

�� Establish data linkages among difference SHEQ information systems

adopted in Regions, such as Job Register System, Electronic Site

Inspection Report, SHEQ Submission Monitoring and Analysis System

and Group Safety Information System

�� Rearrange the filing structure of SHEQ procedures for simple and easy

assessment

6. Project

Descriptions:

�� Review the data structure of CLP SHEQ information systems

�� Make recommendations and develop strategies on the data linkages

and filing structure for the systems

�� Coordinate the project implementation and carry out post-project

evaluation

7. Project

Deliverables:

�� Carry out the project according to the agreed schedule

�� Produce a project report that summarizes the analytic strategies

adopted, improvement proposed and the findings of the post-project

evaluation.

8. Expectations:


�� Knowledge on variety of engineering perspectives

�� Analytical skills

�� Basic IT application

b. Learning

�� Develop analytical skills

�� Manage the knowledge and tools for project implementation

�� Understand different business operations in CLP

�� Develop interpersonal skills and communication skills

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SUM_9

Project

Details

1. Internship

Category:

Summer

2. Internship

Period:

1 Jun 2015 – 31 Aug 2015

3. Preferred

University

Disciplines:


�� Electronic Engineering

4. Project Name:

Study of the Overhead Line Pole-Mounted Transformer (PMTX) load

reading through Distribution Automation (DA) facilities

5. Business

Objective(s):

�� to evaluate and explore the feasibility of extending current load

reading of ground mounted transformers via DA facilities to the Pole-

mounted Transformers (P/M Txs) ;

�� identify and recommend action for DA remote load reading of P/M Txs.

6. Project

Descriptions:

�� Review the existing P/M Tx load reading system performance in North

Region;

�� Study and identify means of remote load reading for P/M Tx;

7. Project

Deliverables:

�� Report of current P/M Tx load reading performance;

�� Feasibility study result of remote load reading of P/M Txs;

�� Action plan for remote load reading of P/M Txs if engineering feasible

and economically justified.

8. Expectations:


�� Knowledge on electrical engineering, especially in power distribution

network;

�� Proficient in using PC applications (e.g. Excel & Access);

�� Knowledge on programming the application would be an advantage.

b. Learning

�� CLP 11kV system design, installation standard and usage of 11kV

switchgear and equipment;

�� DA facilities;

�� Project cost and budgeting.

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SUM_10

Project

Details

1. Internship

Category:

Summer

2. Internship

Period:

1 Jun 2015 – 31 Aug 2015

3. Preferred

University

Disciplines:


4. Project Name: Transmission and Distribution Asset Performance Review

5. Business

Objective(s):

� To enhance the long term performance of transmission and distribution

assets through systematic implementation of Condition Based

Maintenance (CBM) for existing assets and ensuring reliable

performance of new assets in a cost effective manner.

6. Project

Descriptions:

� The work scope of the project includes:

- Identify current issues in asset performance

- Research to identify best practices

- Define measures for asset performance

- Conduct gap analysis

- Recommend improvement actions

- Formulate the implementation strategies and plans

The scope of the review is to cover mission critical equipment which

includes transmission and distribution switchgear, transformer and

cable and the associate facilities.

7. Project

Deliverables:

� Interim deliverables include analysis of the current performance gap

and recommendations of improvement actions. Final deliverable will

be the implementation strategies and plans.

8. Expectations:


�� Proficiency in both spoken and written Chinese and English

�� Customer-oriented, self-motivated, good team player, analytical and

able to work under pressure and tight schedule

�� Strong sense of responsibility with good interpersonal and

communication skills

�� Proficiency in Microsoft Office include Word, Excel and Access

CIP 2015

Project Outline

b. Learning

�� General understanding on the transmission and distribution network

of CLP Power.

�� To acquire in-depth knowledge in operation and maintenance practices

on transmission and distribution switchgear, transformer and cable

and the associate facilities.

�� To understand the current technological development trend in

Condition Based Monitoring and its application to transmission and

distribution asset.

�� To enrich the exposure in the managerial area, communication,

negotiation, positive influencing and project management skills when

collaborating with subject experts from multi-disciplines include

design, construction, asset management, operation and maintenance

and information technology.

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SUM_11

Project

Details

1. Internship

Category:

Summer

2. Internship

Period:

1 Jun 2015 – 31 Aug 2015

3. Preferred

University

Disciplines:


4. Project Name:

Enhancement of work practices for installation and replacement of

smart/electronic meters

5. Business

Objective(s):

� This project will provide simple but effective meter installation and

replacement working process

6. Project

Descriptions:

The work scope of the project includes:

� Define the problems of bulk meter installation and replacement

projects

� Analyze the potential root causes of the current working problem

� Develop and implement solution

� Trial run for the control and continuous improvement of the new

working process

� Control and sustain gains from solution

7. Project

Deliverables:

� To reduce operational costs

� To reduce Customer Minute Lost

� To enhance customer satisfaction

8. Expectations:


� Strong analytical, problem solving and interpersonal skills and proven

capability to communicate effectively at all levels in both spoken and

written English

� Effective presentation skills

� Expertise in project management methodologies and use of PC- based

tools

b. Learning

� To acquire knowledge and technique on metering equipment and

systems

� To understand the meter working process such as meter replacement,

meter test on site, operation and maintenance works

� To gain the benefit of the latest metering technology

� To improve the problem solving and project management skill

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SUM_12

Project

Details

1. Internship

Category:

Summer

2. Internship

Period:

1 Jun 2015 – 31 Aug 2015

3. Preferred

University

Disciplines:

�� Nil

4. Project Name:

Load Profile Study for 132/11kV Transformer Automatic Voltage Regulator

Setting Optimization

5. Business

Objective(s):

�� To reduce number of operations of On-Load Tap Changer thus lowering

maintenance costs of transmission assets

�� To minimize voltage variation of nominal busbar voltage

�� To formulate a strategic approach of Automatic Voltage Regulation

(AVR) settings for different load profiles

6. Project

Descriptions:

�� Automatic Voltage Regulation (AVR) plays an important role in

transmission transformers. Due to inevitable load changes from

demand side on a random basis, output voltage of the transformer has

to be maintained by an on-load tap changer (OLTC).

�� While raising/lowering tap of OLTC is controlled by AVR in normal

practice, triggering criteria of AVR such as desired voltage value,

bandwidth, and delay time etc have to be reviewed individually for

each substation because of unique load profiles and AVR response with

respect to different settings.

7. Project

Deliverables:

�� A study on load profile for AVR setting optimization

�� Guidelines of determining an optimized setting

8. Expectations:


�� Nil

b. Learning

�� CLPP Transmission and Distribution Network

�� Routine Work & Defect Investigation in Maintenance Branch

�� Hands-on Experience of Power Engineering

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SAND_1

Project

Details

1. Internship

Category:

Sandwich

2. Internship

Period:

1 Jun 2015 – 30 Aug 2016

3. Preferred

University

Disciplines:

�� Statistics, Electrical Engineering, Information Technology

�� Sales and Marketing

4. Project Name:

Meter Online and Energy Management Portal Development

5. Business

Objective(s):

�� Enhance EE&C Services for major customers to promote CLP’s image

�� Enhance customer satisfaction

6. Project

Descriptions:

�� To further enhance the Meter Online Services and develop energy

management portal for major customers

�� Support the Annual Green Recognition Award

7. Project

Deliverables:

� To further enhance the Meter Online Services:

- Extend the forecast from 7 days to 9 days

- Extend the forecast to make it region specific

- Extend the forecast from daily to hourly

- Enhance analytical tools to help customer identify energy saving

opportunities

- Conduct feasibility study for real-time metering data for MOL

� For development of Energy Management Portal:

- Develop an integrated platform with a common login ID for

different CLP services for major customer

� For Green Recognition Award:

- To provide logistics support as and when required

8. Expectations:


�� Excel for mathematical and statistical analysis

�� Web design

�� Computer programming

�� Basic electrical engineering

�� Attention to details and good at numbers

b. Learning

�� Project management

�� System analysis and translation of technical requirements to user

requirement

�� Product development to suit customer needs

�� Web service development

�� Event management

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SAND_ 2

Project

Details

1. Internship

Category:

Sandwich

2. Internship

Period:

1 June 2015 – 31 May 2016

3. Preferred

University

Disciplines:


�� Mechanical Engineering

4. Project Name: Generation & Emission Optimization and Fuel Forecast System (GEOFF)

5. Business

Objective(s):

The primary delivery of this project is to design, develop, implement, test

and deploy a generation and emission optimization and fuel forecast

system with state-of-art technology. Users will use the GEOFF system to:

�� Optimise the generation operation plan so as to minimise the fuel cost

under various constraints;

�� Integrate the current standalone systems to a common business

planning platform for GBG users to streamline the generation

operation planning with consistency and transparency.

�� Automate the current manual data management, data analysis and

information report so as to improve the efficiency.

6. Project

Descriptions:

Business Strategy Department (BSD) in Generation Business Group (GBG) is

responsible for the planning of generation utilization and fuel consumption

to meet the future electricity demand and emission regulation. All key

business activities including Annual Business Plan, Audit Review and Tariff

Review are reliant on the study results of generation utilization and fuel

consumption planning. GEOFF project is designed to

�� Replace obsolete GENSIM and Emission Forecast with the advanced

generation dispatch optimization tool including optimization modeler

and optimization solver.

�� To integrate the new generation dispatch optimization tool with the

other systems such as ICMS and EMIS.

�� To develop the data management, information analysis and report

capabilities.

�� Implementation, configuration, customization, testing and rollout of

the GEOFF system.

�� Enhance optimization and business planning expertise through user

training.

7. Project

Deliverables:

The following deliverables are expected through successful

implementation of GEOFF project:

�� Analysis & user design

�� Proof of concept study

�� System development, including technical design, configuration

customization & coding

CIP 2015

Project Outline

�� Optimization model configuration

�� Performance tuning and test

�� Database design and administration

�� Documentation

�� User training

�� Skill-transfer for integration & GEOFF system support

�� Installation of the GEOFF application

�� GEOFF business intelligence system

�� Integration with other IT systems

�� New business planning process

�� System rollout

8. Expectations:


� Analytical mind and attention to details

� Interpersonal skill

� Good mathematical background

� Familiar with IT technology

b. Learning

� Project management

� Generation business planning

� Business change management

� Optimization and its application in power system

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SAND_3

Project

Details

1. Internship

Category:

Sandwich

2. Internship

Period:

1 Jun 2015 – 31 May 2016

3. Preferred

University

Disciplines:


4. Project Name:

Castle Peak Power Station transformer refurbishment and switchboard

replacement

5. Business

Objective(s):

� Achieve project cost saving

� Ensure the compliancy of engineering and safety standard

6. Project

Descriptions:

� Provision of technical analysis to assess the transformer remnant life to

ensure reliability of generating units

� Extend the transformer service life for further fifteen years to support

generation planning.

� Replace the aged high voltage switchboard to reduce the downtime of

generation unit due to aging components.

7. Project

Deliverables:

� Provide support to project manager to review technical documents

submitted by contractors

� Participate in erection and commissioning of high voltage switchboard

� Develop monitoring mechanism for condition of power transformer

8. Expectations:


� Microsoft Excel and Visual Basic

� Microsoft office

b. Learning

� High voltage engineering in power transformers and switchgears

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SAND_4

Project

Details

1. Internship

Category:

Sandwich

2. Internship

Period:

1 Jun 2015 – 31 May 2016

3. Preferred

University

Disciplines:

� Nil

4. Project Name:

Application of 3D graphics and simulation technology on coordination of

equipment and building facilities in achieving proper design and

construction of transmission substation projects.

5. Business

Objective(s):

� Understand the special coordination between equipment and building

facilities for common transmission substation projects at design and

construction stage.

� Understand how 3D drawing tools like Revit or others can support

proper design, site works sequencing and coordination.

� Join hand with dedicated engineers to explore how the 3D enhanced

design and construction planning process be implemented in the

transmission substation project organization.

6. Project

Descriptions:

� The project is to utilize contemporary 3D graphics and simulation

technology providing 3D visual supportive tools for selected key

activities in substation projects including space coordination between

equipment and building facilities, planning of site installation sequence

and works coordination. The work will be undertaken with the support

of mentors including training to the operations of the 3D drawing

tools.

7. Project

Deliverables:

� 3D graphics / simulation process for a sample real life project. An

evaluation on how the process can improve design and site work

sequencing in respect of space coordination.

� Join hand with engineer in design and construction of a simple

substation project.

8. Expectations:


� Basic academic knowledge on high voltage electrical transmission

system.

� Good command of I.T. office software and engineering drawing

software.

b. Learning

� Appreciation on key design and installation of transmission

substations.

� Hands-on work experience on using 3D graphics and simulation

software for real-life projects.

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SAND_5

Project

Details

1. Internship

Category:

Sandwich

2. Internship

Period:

1 Jul 2015 – 30 Jun 2016

3. Preferred

University

Disciplines:


� Information Technology

4. Project Name:

Streamline the process of outage coordination

5. Business

Objective(s):

� the process of regular review of the outage coordination and planning

by a semi-automatic system/application.

6. Project

Descriptions:

� To establish a semi-automatic application to achieve the business

objective.

7. Project

Deliverables:

� A semi-automatic application to compile all source outage information,

priorities prevailing requirements and formulate a draft final plan for

review with minimal manpower and effort.

8. Expectations:


� Good communication skills and sound analytical skills

b. Learning

� Power system operation requirements and project management skills

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SAND_6

Project

Details

1. Internship

Category:

Sandwich

2. Internship

Period:

Jun 2015 – May 2016

3. Preferred

University

Disciplines:


4. Project Name:

Commissioning of the new Energy Management System (EMS)

5. Business

Objective(s):

� Commission the new EMS to replace the obsoleted one

6. Project

Descriptions:

� Assist in the execution of the EMS replacement project

7. Project

Deliverables:

� Assist in the Site Acceptance Test (SAT) of the new EMS

� Assist in implementing software applications on the new EMS

� Assist in the system cutover from the old EMS to the new EMS

8. Expectations:


� Logical thinking

� Software engineering and programming skills

� Good English writing skills

b. Learning

� Learn about a large scale modern EMS/SCADA system used for power

grid operations

� Gain experiences in the online replacement of a large scale high

availability computer system

� Gain project management experiences via coordination of various

project activities

CIP 2015

Project Outline

Project

Scope

Electrical Engineering(E1)

Project

Number

E1_SAND_7

Project

Details

1. Internship

Category:

Sandwich

2. Internship

Period:

1 Jun 2015 – 30 May 2016

3. Preferred

University

Disciplines:


� Electronic Engineering

4. Project Name:

Smart Meter Evaluation and its application in Advance Metering

Infrastructure (AMI)

5. Business

Objective(s):

� Evaluate the reliability and suitability of potential smart meter models

for usage in CLP electricity distribution system.

� Facilitate the integration of certified smart meter models with Smart

Metering Platform (SMP).

� Ensure availability of “smart ready” meter models for meter

replacement and new meter installation.

6. Project

Descriptions:

� CLP shall prepare for the deployment of AMI in coming years, the first

priority task is to identify suitable “smart ready” meter models via a

systematic and comprehensive meter evaluation process. On the other

hand, integration with the selected SMP is important in order to

shorten the lead time for AMI setup once obtained the “green light”

for mass deployment.

7. Project

Deliverables:

� Evaluate 2-4 potential smart meter models

� Integrate the certified smart meter models with SMP

� Hands on experience on AMI operations

8. Expectations:


� N/A

b. Learning

� Metering principles and meter structure / design

� Smart metering features

� AMI operations

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SAND_8

Project

Details

1. Internship

Category:

Sandwich

2. Internship

Period:

01 Jun 2015 – 31 May 2016

3. Preferred

University

Disciplines:

� Electronic Engineering

4. Project Name: Integration of LRTU & CRTU

5. Business

Objective(s):

� Save investment costs on communication equipment under both

replacement and new substation projects

� Maintain a single Remote Terminal Unit communication network

instead of two

� Alleviate the requirements on good pilot cables

6. Project

Descriptions:

� There are currently two independent telemetry systems within the

distribution network – one for the provision of remote monitoring and

control on the 11kV plant equipment (CRTU), while the other one is to

collect the current measurements on LV feeders (LRTU). These two

systems have similar architecture and would result in substantial cost

savings if the two telemetry systems can share a single communication

infrastructure.

� This project aims to integrate the telemetry data from CRTU and LRTU

at customer substation level so as to allow the integrated data be

relayed from the customer substations to primary substation through a

single communication infrastructure.

7. Project

Deliverables:

� To familiarize with various RTUs and communication tools used in the

SCADA system

� To carry out bench tests, site trial and compilation of evaluation report

on the proposed RTU set up

8. Expectations:


� Electronic Engineering, Electrical Engineering, Database Management,

Programming and Analytical skills

b. Learning

� To acquire practical work experience on power system automation

devices, such as RTUs and the related communication tools.

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SAND_9

Project

Details

1. Internship

Category:

Sandwich

2. Internship

Period:

1 Aug 2015 - 31 July 2016

3. Preferred

University

Disciplines:

� Nil

4. Project Name:

Power Quality (PQ) mitigation solutions and applications

5. Business

Objective(s):

� To evaluate the functionality and applicability of the products related

to PQ such as high power ride-thru device, performance of customer

equipment on harmonic emission and voltage dip issue.

6. Project

Descriptions:

� Project 1 is to evaluate voltage dip ride-through device as the supply

side PQ solution.

� Project 2 is to evaluate the performance of customer equipment on

harmonic emission and voltage dip issue.

7. Project

Deliverables:

� By end of the internship program, all the evaluation tests shall be

completed with test reports for submission to his/her supervisor

8. Expectations:


� Special skills required: Special skills required: Use of test equipment,

knowing computer programs and electronics circuit design.

b. Learning

� PQ solutions and applications and PQ management system in power

systems and the characteristics of customer equipment on harmonic

emission and voltage dip issue.

CIP 2015

Project Outline

Project

Scope


Project

Number

E1_SAND_10

Project

Details

1. Internship

Category:

Sandwich

2. Internship

Period:

1 Jun 2015 – 31 May 2016

3. Preferred

University

Disciplines:

� Nil

4. Project Name:

Development of Power System Protection Information and Analysis System

5. Business

Objective(s):

� The first objective is to provide a development opportunity for the

intern for learning the electrical industry and gaining real working

experience

� The second objective is to share and seek opportunity to improve

power systems protection data, engineering practices and relay testing

� The third objective is to develop power systems protection information

and analysis system

6. Project

Descriptions:

� The project covers study and development of a new platform called

Power System Protection Information and Analysis System for

capturing and controlling relevant information from protection

intelligent electronic devices (IED) in power systems, including incident

operation record, sequence-of-event record, disturbance fault recorder

charts, protection database, maintenance record, performance

statistics and management report etc.

7. Project

Deliverables:

� Project outline and expectations will be communicated before project

commencement. Milestones and deliverables will then be set and the

intern is expected to work towards these targets with regular progress

reporting.

8. Expectations:


� Computer skills such as webpage, flash, Excel VBA, VB, VC, Delphi (or

similar) programming are preferable

b. Learning

� General skills – Safety, presentation and communication skills

� Technical skills – The basic knowledge of power systems

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