cip 2017 project outline - clp engineering (e1) project ... an internship report summarizing the...

CIP 2017

Project Outline

Project Scope

Electrical Engineering (E1)

Project Number

E1_SUM_1

Project Details

1. Internship Category:

Summer

2. Internship Period:

1 Jun 2017 – 31 Aug 2017

3. Preferred University Disciplines:

First Priority: Electrical Engineering

Second Priority: Mechanical Engineering

4. Project Name:

Asset Management for China Assets

5. Business Objectives:

Development of a system for managing the entire lifecycle (design, construction, commissioning, operating, maintaining, repairing, modifying, replacing and decommissioning/disposal) of renewable assets in China

Development of associated systems such as performance management system, risk management system, inventory monitoring system, maintenance management system to support the implementation of the asset management system

Development of training material and conduct road show to support and promote the launch of the system

6. Project Descriptions:

Identify all aspects of the administrative, financial, technical and operational of the renewable assets in China

Analyze and review the current operational processes and develop a performance measurement for regional benchmarking

Assist in developing Asset Management System and the associated sub-systems for CLP-China

Guide the local management teams to develop annual Asset Management plan to meet the requirements of the Asset Management System

Assist in managing daily operation and long term strategic management of renewable assets in China effectively and efficiently

7. Project

Deliverables:

An internship report summarizing the experience during the internship. The content could include a summary of the intern’s accomplishments during employment

A power point presentation to highlight key learning and observation of the assigned tasks

8. Expectations: a. Special Skills required

CIP 2017

Project Outline

Sufficient maturity to communicate with the senior managers and engineering staff in China

Ability to work well under pressure and to work as part of a team. Comprehension, analytical and communication abilities Language competency in English, Cantonese and Putonghua Office software skills

b. Learning

Technical aspects of renewable energy Performance measures and benchmarking techniques of renewable

energy Development and implementation of Asset management skill i.e. ISO

55000 Running of power business enterprise and regulations of operating

power plants in China The latest China electricity market reform and the Electricity Sales

mechanism of China market

CIP 2017

Project Outline

Project Scope


Project Number

E1_SUM_2

Project Details


Summer


1 Jun 2017 – 31 Aug 2017



Second Priority: Mechanical Engineering / Information Technology

4. Project Name: Enhancement of Investment Planning associated IT systems


To enhance GE Multi-Area Reliability Simulation Program (MARS) to improve its productivity and data input accuracy.

To enhance Project Investment Management System (PIMS) for better coordination with Project Documentation Workflow System (PDWS).


Investment planning is conducted regularly and required following IT systems to support investment decisions. GE MARS is a standalone DOS program based on MONTE CARLO

simulation approach, which is used to assess the adequacy of generation supply to satisfy customer load requirement.

A great deal of data (such as load forecast, outage plan, planting program, etc.) currently requires manual input for running the simulation. Enhancement opportunities (such as automatic rendering of input and output files, ability to cater for day/night import profiles, etc.) were identified to improve productivity.

The PDWS is an electronic platform launched in late 2015 aiming at managing the whole project approval process starting from project development to post-implementation.

The PIMS is linked up with PDWS aiming at managing both technical and financial contents of each power plant projects to support the investment decisions.

Recent review revealed that PIMS’s linkage with PDWS could be further enhanced for better coordination with the PDWS.

7. Project Deliverables:

Enhancements to GE MARS and PIMS for better support to the investment planning processes.

8. Expectations:

a. Special Skills required

Good knowledge and skills in engineering and general computer software.

b. Learning

CIP 2017

Project Outline

Understanding of basic technical knowledge of power plants

Understanding of investment planning processes

Practical experience in improving GE MARS and PIMS.

Acquiring knowledge in project management such as resource planning,

problems solving, time management, change management, etc.

CIP 2017

Project Outline

Project Scope


Project Number

E1_SUM_3

Project Details


Summer


Jun 2017 – Aug 2017


Electrical Engineering

4. Project Name: Study the impact on cable joint due to construction of utilities’ manhole in area with congested underground condition


Identify and record the physical locations of utilities’ manholes in selected zone with congested underground condition

Study the impact on CLP’s cable joint due to construction of utilities’ manholes


To identify and record down the physical locations of utilities’ manholes in selected zone with congested underground condition

To study the locations of CLP’s cable joint according to AMFM records To find out cable joints that are potentially interfered by the

construction of utilities’ manhole To carry out cable joint dissection and investigation to find out any

possible impact on the cable joint due to the construction of utilities’ manhole


Records of utilities’ manholes above CLP’s cable joint in selected area with congested underground condition

Cable joint dissection and investigation report

8. Expectations:


Excel processing skill (prefer to know Macros) Basic data analysis skill

b. Learning

Cable joint design Cable installation and jointing works Fault investigation

CIP 2017

Project Outline

Project Scope


Project Number

E1_SUM_4

Project Details


Summer


1 Jun 2017 – 31 Aug 2017


No specific preference

4. Project Name: Voltage Control Method for Mitigation of Voltage Dip & for Connecting Renewable Energy System to the Grid


To conduct literature review of different practical schemes used for voltage control

To be familiar with a computer software program for voltage control analysis

To build-up typical models for analytical study of effectiveness of different approach on CLP HV network and LV network

To provide recommendations to improve system performance based on simulation study


With the increasing usage of sophisticated electronic equipment and the high penetration of voltage-dip sensitive A/C equipment, it is important to protect them from any power quality disturbance in order to avoid equipment damage and tripping leading to financial loss and inconvenience to the customers. There are many power quality disturbances occurred in the system, but voltage dips are the most important power quality problems faced by utilities. This project aims to study the application of power electronic devices, such as SVC, STATCOM, to provide high speed control of reactive power to improve power quality problems. By using appropriate computer simulation tool, some typical models could be developed to analyze the power quality impacts in the CLP’s network for voltage control study.


Work Plan Interim Report Final Report Final Presentation

8. Expectations:


Study in electrical engineering Knowledge of computer science application Self-starter

b. Learning

See objectives above

CIP 2017

Project Outline

Project Scope


Project Number

E1_SUM_5

Project Details


Summer


1 Jun 2017 – 31 Aug 2017



4. Project Name: Co-relation study between LV power cable loading and incipient fault location


To review existing load profile record for features of normal loading. To conclude features of LV power cable feeder that is under incipient

fault condition.


With the electrical knowledge, load record from substations/ customer is reviewed and summarized with the latest technology and tools available.

Related network features, site condition and incipient fault related knowledge would be guided by AMD Engineers.

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


To conclude the co-relation study between LV power cable loading and incipient fault location.

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 and condition monitoring

Experience in project implementation and management Communication and problem solving skills

CIP 2017

Project Outline

Project Scope


Project Number

E1_SUM_6

Project Details


Summer


1 Jun 2017 – 31 Aug 2017



Second Priority: Information Technology

4. Project Name: Business Analytic for Power Transformer and Reactor of Asset Life Cycle Management System (ALCMS)


To co-relate the result of Dissolved Gas Analysis (DGA) and Furfural (FFA) with different parameters such as loading, environment etc.

To identify the common incipient fault of the family transformers To co-relate the possibility of failure (POF), age and Health Index (HI)

6. Project

Descriptions:

To understand the operation of power transformer and reactor How to use condition monitoring technology e.g. DGA to detect the

incipient fault of power transformer and reactor To use the available data from ALCMS to formulate the relationship

among HI, sub-HI, PoF, age, and ageing marker Applicant may sometimes need to work outside

7. Project

Deliverables:

To conclude the co-relation study – between DGA & Furfural Analysis (FFA) and loading &

environment – between PoF and HI

To identify the incipient fault of family transformers

8. Expectations:


Knowledge in MS Excel and Access Good command of both spoken and written English and Chinese Basic Knowledge of Power System and related equipment preferable

b. Learning

Technical knowledge on Power System equipment and condition monitoring

Experience in project implementation and management Communication, presentation and problem solving skills

CIP 2017

Project Outline

Project Scope


Project Number

E1_SUM_7

Project Details


Summer


1 Jun 2017 – 31 Aug 2017


First Priority: Electrical Engineering (University of Hong Kong)

Second Priority, if any: Electrical Engineering (The Hong Kong Polytechnic University)

4. Project Name: Programming of various maintenance works in 11kV distribution system


To understand different type of supply equipment in 11kV distribution network and the corresponding maintenance strategies.

To simulate/program the maintenance work in effective manner, regarding to resource management and system constraint.


In distribution substations, over thousands of maintenance work orders are required to complete in every year and a good work programming is crucial to make the work done in effective manner. In this project, it is require formulating/programming different maintenance work orders in systematic way, in respect to system outage restriction, timeliness of work, manpower resource arrangement, etc.


To understand the basic maintenance work activities associate with distribution substations through site visits.

To understand the work constraints of different maintenance work, e.g. outage constraint due to system loading, manpower restriction due to uneven work profile, requirement of timeliness completion of orders.

To program the maintenance work in systematic manner, suggest developing an easy-to-use program.

8. Expectations:


Knowledge in Electrical engineering Computer skill (preferable if capable to develop computer program or

competency in data analysis skill) Open-minded and easy to communicate

b. Learning

11kV equipment in CLP distribution network Associated maintenance work and strategies Work programming skill

CIP 2017

Project Outline

Project Scope


Project Number

E1_SUM_8

Project Details


Summer


1 Jun 2017 – 31 Aug 2017



Second Priority: Information Technology or Science Lab

4. Project Name:

Automatic Power Transformer Analytical Health Assessment System


To create an automatic analytical program for monitoring the transformer incipient fault analysis, before failure

To utilize multi-dimension data for assessing the aging condition for the life of transformer


The project scope is to develop an automatic power transformer analytical health assessment system for monitoring the condition of over 500 units of transmission and 20000 units of distribution transformers.

The project will be using the data collected from condition based maintenance to create an automatic analytical program, monitor the trend, compare the warning and critical level of power transformer condition

The project will involve in advance IT technology to formulating evaluating tools and formatting of analysis table.


Jun 2017: Understanding the operation of CLP power system and using advance IT technology to create an automatic interpretation program for transformer condition monitoring Jul 2017: Testing and realizing the system operation Aug 2017: Commissioning the whole system and identifying the contributions and achievements

8. Expectations:


Excel Programming Skill (Visual Basic for Applications) Able to work independently Good interpersonal, communication skills and able to work under

pressure Detailed oriented, self-motivated, responsible and willing to take up

challenges

b. Learning

Basic knowledge of power transformer and power system Analysis of test data for fault interpretation and aging assessment

technique through electrical, chemical and material aspects Condition monitoring technique for life of transformer

CIP 2017

Project Outline

Project Scope


Project Number

E1_SUM_9

Project Details


Summer


1 Jun 2017 – 31 Aug 2017



Second Priority:

Electronic Engineering

4. Project Name:

Study for enhancing data center power demand and load growth forecast


To ensure that the loading demands of data centers are estimated as accurately as possible for provision of adequate supply capacity to support their normal business operations and avoid under – utilization of CLP’s investment.

To support CLP long term power supply capacity and network development planning to cater for potential load growth from data centers.

To understand risks and benefits arising from the long term IT infrastructure i.e. data center / cloud and associated energy efficiency technologies development on power company.


The rapid growth of digital content, big data, e-commerce, and internet traffic more than offsets efficiency progress in data centers, which make this sector one of the fastest-growing and huge power demand business in Hong Kong.

To ensure good supply network design and long-term capacity planning for continual support of the data centers business operations in Hong Kong, it is required to have an in-depth review on the data center power demand and respective load growth pattern in the future.

In order to arrive at reliable results, all estimate and forecast should be reviewed in conjunction with the load research using CLP in-house data or external data benchmarking with overseas cases with due considerations of the latest market conditions and technologies development so as to cater for forthcoming load growth of different classes of the existing data centers and potential future demand for this business sector.


Ranges of load demand per rack or per area for different classes of data centers.

A load demand assessment sheet to facilitate collection of required information from data center developers for performing power supply network design and planning.

Potential load growth pattern for different classes of data centers.

8. Expectations: a. Special Skills required

CIP 2017

Project Outline

Able to conduct analysis and arrive at reliable results from massisve in-house and external data

Be a MS Excel expert and able to write macros for data analysis

b. Learning

Design of different classes of data centers / cloud centers and application of latest technologies to uplift the energy efficiency for business operations.

Distribution supply network design to cater for the new demand of data centers.

Long-term power supply capacity forecast for power system network planning.

Future potential load growth from data center services sector with respect to their global development perspective.

CIP 2017

Project Outline

Project Scope


Project Number

E1_SUM_10

Project Details


Summer


Jun 2017 – Aug 2017


First Priority: Electronic Engineering

Second Priority: Electrical Engineering

4. Project Name: Electronic and Mobile solutions for facilitating tests or works on the power systems


To review, with a team of engineers, key concerned tests or works on the power systems that electronic & mobile solutions can help or facilitate them.

To explore and identify improvement initiatives, with a team of engineers, in addressing the key concerned areas.


Tests or works on the power systems have always been challenging considering the criticality of the system performance and compliance in execution. These tests or works on the power systems require to be done at multiple locations and repetitive access to same locations. With some of them being simple in terms of their complexity, the time and manpower being consumed seems not tally with the complexity. With general availability of and advancement in mobile applications, mobile solutions can be instrumental in enhancing manpower flexibility in tests or works. The relieved manpower can be used more effectively in other priority areas.


A holistic review of the concerned areas Proposal of improvement initiative(s) for specified area(s) Implementation of the proposed improvement initiative(s)

8. Expectations:


Proficient in Microsoft office applications such as WORD, POWERPOINT and EXCEL

Proficient in programming (assembly or C language) Proficient in application of Microcontroller Unit Management skills such as communication and presentation Written skills, essentially in English

b. Learning

Knowledge of implementing and managing quality control project Knowledge in project management Practical experience in problem solving in power industry Strategic and critical thinking in studying and resolving key concerned

issues

CIP 2017

Project Outline

Understanding of the business operations of one of the major engineering departments of CLP

CIP 2017

Project Outline

Project Scope


Project Number

E1_SUM_11

Project Details


Summer


1 Jun 2017 – 31 Aug 2017



Second Priority: Electronic Engineering

4. Project Name: Study for Substation Battery Earth Fault Location


To study different innovative alternatives to locate battery earth fault effectively in substations.

To develop a battery earth fault locator which is applicable to identify battery earth fault accurately at site.


A stable battery supply is essential for normal operation of secondary protection and control systems in substations. Usually, the presence of battery earth fault would lead to abnormal performance of secondary systems in substations, such as protection fail-to-operate or mal-operation. As a result, an effective and quick battery earth fault pinpointing would contribute a lot in locating and isolating the faulty part of the secondary systems in order to ensure the integrity of the battery supply.


Any innovative alternative/methodology for effective battery earth fault pinpointing in transmission secondary systems.

An applicable battery earth fault locator would be appreciated.

8. Expectations:


Nil

b. Learning

Knowledge of Transmission Secondary Systems (Protection and Control Philosophy)

Power electronic application Fault analysis and problem solving skills Hand on working experience in Transmission Substations

CIP 2017

Project Outline

Project Scope


Project Number

E1_SAND_1

Project Details


Sandwich


Jul 2017 – Jun 2018




4. Project Name:

Fleet Management-2


Asset Management Growth of CLP portfolio


Asset Management System Development Operational Readiness and Operations & Maintenance Mobilization

Planning for new projects O&M Benchmarking


Asset Management: Establish Asset Management system procedures / guidelines to achieve the Operational Excellence through optimization of costs, opportunities and risks against the desired performance of assets. This includes development of the best practice O&M guidelines to maintain / enhance Plant Integrity.

Operational Readiness and O&M Mobilization: Assist in developing guideline for mobilization of O&M services for new builds. Build a database for mobilization resources.

O&M Mobilization Planning for Vietnam projects. New Builds: Life cycle O&M Planning for new builds. Benchmarking & database: Assist in benchmarking exercise by

collecting O&M performance data from various assets.

8. Expectations:


Computer skills esp. Excel spreadsheet

b. Learning

Interest in learning business management, operational excellence and safety aspects

CIP 2017

Project Outline

Project Scope


Project Number

E1_SAND_2

Project Details


Sandwich


01 Jun 2017 – 31 May 2018



Second Priority: Mechatronics Engineering

4. Project Name:

Explosion Proved (Ex) Equipment Panel


Development of an Explosion Proof (Ex) Equipment Panel Compilation of training /user manual to facilitate learning of potential

Natural Gas worker


Assist in building the wiring and piping , coupled with the configuration and installation of Ex equipment training kit to demonstrate the function of Ex equipment panel


Building of a Ex equipment demonstration panel Compilation of a training / user manual

8. Expectations:


Knowledge in Mechanical/Electrical/Control Engineering

Knowledge in visual aid and multimedia computer skill will be an

advantage

b. Learning

Understanding the basic operation of Ex equipment

Application of different type of instrument in power generation

Understand the principles and requirements of equipment working in

an hazardous gas environment

Understand the how to develop and training technical staff

CIP 2017

Project Outline

Project Scope


Project Number

E1_SAND_3

Project Details


Sandwich


1 Jun 2017 – 31 May 2018



4. Project Name:

Castle Peak & Black Point 400kV Gas Insulated Switchgear (GIS) Major Refurbishment


Maintain the reliability and availability of Castle Peak and Black Point 400kV GIS and extend the service life by carrying out refurbishment

Enhancement of condition monitoring equipment in order to obtain early warning before equipment failure


The 400 kV Substation at Castle Peak Power Station (CPPS) and Black Point Power Station (BPPS) were commissioned on 1980s and 1990s respectively. They have reached the middle of design life. The purpose of the refurbishment is to maintain the reliability and availability and extend the service life of these GIS.


The refurbishment areas include the following: Circuit Breaker Voltage Transformer, Current Transformer, Horizontal and Vertical

Chamber Dis-connector, Earth Switch and High Speed Earth Switch

Candidate is required to support/develop on the followings items. Maintenance Strategy of 400kV GIS Long Term scheduling of the maintenance works Project management of 400kV GIS projects GIS condition monitoring data analysis New GIS condition monitoring technique study

8. Expectations:


Fundamental Electrical Engineering Knowledge Fluent in English and Cantonese Proficient word, excel and power point skills

b. Learning

Safety and Quality requirements in power station GIS components refurbishment

– Circuit Breaker – Dis-connector – Earth Switch – GIS chamber

CIP 2017

Project Outline

Project Management skill Critical and Analytical Thinking

CIP 2017

Project Outline

Project Scope


Project Number

E1_SAND_4

Project Details


Sandwich


1 Jun 2017 – 31 May 2018




4. Project Name:

Black Point Generator Major Refurbishment, Castle Peak Exciter Rotor Upgrade and Generator Major Refurbishment


Maintain the reliability and availability of castle peak and black point generator & exciter and extend the service life by carrying out refurbishment

Enhancement of condition monitoring equipment in order to obtain early warning before equipment failure


The generator at Castle Peak Power Station (CPPS) and Black Point Power Station (BPPS) were commissioned on 1980s and 1990s respectively. They are necessary to carried out the major refurbishment in regular timeline. The purpose of the refurbishment is to maintain the reliability and availability and extend the service life of those machines.


The project work scopes include the following: Refurbish stator core, wedges, winding, generator rotor, exciter, pilot

exciter Implement reliability inspection and tests of rotor, stator and exciter

including winding pressure & vacuum tests, capacitance mapping tests, wet-bar-measurement test, wedges tightness test, stator cooling hollow flow test, ventilation holes inspection, rotor main lead inspection, electrical tests etc.

Generator rebuilt work Voltage transformer (VT), current transformer (CT), neutral earthing,

LCI, EX2100, AVR, generator circuit breaker (GCB) and IPB systems overhauls

Stator water, seal oil, hydrogen gas, core monitoring and SLMS auxiliary systems routine maintenance

Candidate is required to support/develop on the followings items. Maintenance Strategy of generator and generator auxiliary systems Long Term scheduling of the maintenance works Project management of generator projects Generator life assessment study Develop new technology of generator condition monitoring

CIP 2017

Project Outline

8. Expectations:


Fundamental Electrical or Mechanical Engineering Knowledge Fluent in English and Cantonese Proficient word, excel and power point skills

b. Learning

Safety and Quality requirements in power station Generator technical knowledge

– Generator – Excitation systems (EX2100 and AVR) – Generator auxiliary systems (VT, CT, neutral earthing, LCI, EX2100,

AVR, GCB, IPB, stator water, seal oil, hydrogen gas, core monitoring and SLMS)

– Project Management skill Commercial knowledge Contracting strategic Critical and Analytical Thinking

CIP 2017

Project Outline

Project Scope


Project Number

E1_SAND_5

Project Details


Sandwich


1 Jun 2017 – 31 May 2018


No specific preference

4. Project Name: To establish an electronic Handover Report System and streamline the associated work flow for transmission projects


Understand the work flow of transmission projects at commissioning stage.

Join hand with dedicated engineers to explore how the e-system be implemented in the transmission substation project organisation.

Increase productivity and improve customer satisfaction.


To work together with consultants from I.T. and experienced engineers in CLP to establish an electronic handover report system and streamline the associated work flow for EPD.


Reduce the average time taken by colleagues to complete the submission of handover report.

Achieve a 95% level of high customer service.

8. Expectations:


Good communication skill to interview stakeholders including CLP staff, contractors and consultants.

Good engineering judgment and analytical mind are preferable.

b. Learning

Appreciation on key process flow and installation of transmission plant equipment.

CIP 2017

Project Outline

Project Scope


Project Number

E1_SAND_6

Project Details


Sandwich


Jun 2017 – May 2018



4. Project Name: Upgrading of the Distribution Management System (DMS)

5. Business Objective:

Upgrading the Distribution Management System (DMS) to extend its service life


The Distribution Management System (DMS) is a computer system used by the control engineers in the System Control Centre to remotely monitor and control CLP’s 11kV distribution network, which consists of 14,000 substations. The DMS is an essential tool for ensuring our high supply reliability of 99.999% and is one of the largest systems of this kind in the world. Some of the hardware and software on this DMS is becoming obsolete and it is necessary to carry out an upgrade project to replace these obsolete components. The Sandwich Intern will mainly be involved in this upgrade project as a member of the project team, supporting various project activities.


Assist in evaluation of supplier’s technical design Assist in project management and Contract administration Preparation of acceptance test procedures Preparation of system cutover plan Preparation of operation procedures manuals / user guides Implementing new software applications on the upgraded DMS

8. Expectations:


Logical thinking Software engineering and programming skills Good English writing skills

b. Learning

Learn about large scale modern DMS/SCADA system used in power system operations

Gain experiences in the online upgrade of a large scale high availability computer system

Gain project management experiences via coordination of various project activities

CIP 2017

Project Outline

Project Scope


Project Number

E1_SAND_7

Project Details


Sandwich


1 Jul 2017 – 30 Jun 2018



Second Priority:

Electronic Engineering / Information Engineering / System Engineering

4. Project Name: Power System Security Studies

5. Business Objective:

To enhance transmission and distribution network security and ensure power delivery in a secure and reliable manner.


The work scope of the project includes: Identify transmission and distribution network improvement areas; Conduct power flow and fault level studies by using different

simulation tools; Formulate contingency plans; Recommend improvement actions.


Interim deliverables include power flow studies and preliminary contingency actions.

Final deliverables include study report, 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 Offices and Visual Basic for Applications (VBA).

b. Learning

Understanding on the transmission and distribution network of CLP Power;

Familiarization training in system Control Center; Visit to Power Stations and substations; To acquire in-depth power system knowledge, from generation to

distribution network; To enrich the exposure in the negotiation, project management and

analytical thinking.

CIP 2017

Project Outline

Project Scope


Project Number

E1_SAND_8

Project Details


Sandwich


Jun 2017 – May 2018



4. Project Name: Enhancement in Numerical Auto-switching Scheme


Review existing Numerical Auto-switching Scheme (NAS) Develop enhanced Numerical Auto-switching Scheme (NAS)


Numerical Auto-Switching Scheme (NAS) is a critical intelligent system which restores supply automatically when one of 132/11kV Transformer was tripped, by opening or closing Bus Coupler, Bus Section or Interconnector. The project covers review on existing NAS and develops advanced NAS. This includes testing on existing logic of relay and scheme as well as re-develop NAS by using new relay.


Review existing NAS and develop an enhanced NAS. The project covers study the application, logic and construction of intelligent electronic devices (IED) and relays in the automatic switching operation of circuit breakers in a substation. New platform and international standard protocol will be studied and applied for the development of NAS. Relevant Power System Protection Information and Analysis System for capturing records and events from protection IED and other sequence-of-event devices in power systems will be collected for study and computer tools and programs will be used for analysis and application development.

8. Expectations:


Computer skills such as programing Soft skills such as logical thinking, commitment and communication

b. Learning

General skills – Safety, presentation and communication skills Technical skills – The basic knowledge of power system

CIP 2017

Project Outline

Project Scope


Project Number E1_SAND_9

Project Details


Sandwich


Jul 2017 – Jun 2018



Second Priority: Electronic Engineering

4. Project Name: Power Quality (PQ) mitigation solutions and applications for High voltage and Low voltage customer equipment


To be familiar with operational characteristics of customer equipment in order to provide a suitable PQ mitigation measures to customers.

To evaluate and test the functionality and performances of PQ products such as high power ride-thru device, harmonics filter.


Project 1 is to evaluate voltage dip ride-through device as the supply side PQ solution and the performance of customer equipment on harmonic emission and voltage dip issue.

Project 2 is to participate in the design work of PQ demonstration units at our PQ workshop, which help educating the public, and manage contractors throughout the project.


By end of the internship program, all the evaluation tests on voltage dip ride-through device and PQ demonstration units shall be completed with test reports and real object respectively for submission to his/her supervisor.

8. Expectations:


Use of test equipment and computer program Know electronics circuit design Basic knowledge on power quality Proactive and teamwork

b. Learning

To learn customer’s LV configuration and the existing weak link of voltage dips and the characteristics of customer equipment on harmonic emission for providing respective PQ solutions, applications to customers.

To learn Power Quality management system for monitoring voltage dips and harmonics performance in our power systems.

CLP Safety culture and CLP transmission and distribution power network.

CIP 2017

Project Outline

Project Scope


Project Number

E1_SAND_10

Project Details


Sandwich


1 Jun 2017 – 30 Aug 2018


First Priority: Energy Engineering, Electrical Engineering, Statistics

Second Priority: Sales and Marketing

4. Project Name:

10-year plan of Hospital Authority projects, SME segmentation analysis Energy Efficiency Programme for Major Customers


Develop 10-years plan of Hospital Authority projects Implement the annual major events including GREENPLUS Recognition

Award, Green Building Symposium Conduct SME segmentation analysis


Study sales potential of hospitals under Hospital Authority Develop hot water system, dehumidifier and all-electric kitchen

applications for hospitals under Hospital Authority Annual major events of our department – GREENPLUS Recognition Award,

Green Building Symposium Conduct SME trade study to understand more about energy

consumption of SME customers


To perform energy data collection and to provide logistics support for GREENPLUS Recognition Award and the Green Building Symposium

Action plans, hot water and other electrical products templates tailored for hospitals

Build a SME trade and market size matrix and use it to develop products / services for targeted trade

8. Expectations:


Excel for mathematical and statistical analysis Web design Computer programming Basic electrical engineering Technologies on energy efficiency and conservation 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 2017 project outline - clp engineering (e1) project ... an internship report summarizing the...

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