POWER SYSTEM PLANING,

OPERATIONS & ANALYSIS

COURSE INSTRUCTOR

5 D A Y S

W O R K S H O P

Puica Nitu

In House Training Solutions : We provide training and development programs tailored to the needs of your organization. We pay attention to the course contents as well as enhanced delivery methods to ensure that your employees learning are transferred to the workplace.

22nd - 26th September 2019

Hotel Stripes Kuala Lumpur, Malaysia

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Blaze Avenue's Power Industry Courses: Reliability Centered Maintenance

Demand Side Management

Energy Markets Strategic Planning

Economic Dispatch and Power System Planning

Power Systems Planning and Operations

Energy Trading and Energy Markets

Energy Markets,Risk Assessment and Financial Management

Reliability and Risk Applied to Physical Assets

Economic Dispatch & Grid stability Constraints in Power Plants

Power System State Estimation

Communication Interfaces in Smart Grid

The Role of IEC 61850 in Smart Grid

Distributed Generation

Distributed Wind Generation and its Impacts on the Network

Modelling Analysis for Modern Electrical Systems

Power Systems Economic Operation

Reactive Power and Voltage Control on Electrical Networks

Real Power &Control on Power System

Substation Automation Systems

Distribution Automation

Power System Operations

Power System Reliability

Power System Restoration

Methodologies & Implementation Strategies

Vulnerability of Power Grids

Kenya Power & Lighting Co. Ltd - Kenya

PT Bekasi Power - Indonesia

PT Perusahaan Listrik Negara (PLN) - Indonesia

Sarawak Energy Berhad - Malaysia

Hong Kong Electric Company - Hong Kong

National Electric Power Regulatory Authority (NEPRA) - Pakistan

Saudi Electricity Company - Saudi Arabia

National Grid Corporation Philippines (NGCP) - Phillipines

Emirates SembCorp Water & Power Company - UAE

Tenaga Nasional Berhad (TNB) - Malaysia

DNV GL Private Limited - Singapore

Ceylon Electricity Board (CEB) - Sri Lanka

Sabah Electricity - Malaysia

Lanka Electricity Company (Pvt) Ltd - Sri Lanka

NamPower Corporation (Proprietary) Ltd - Namibia

Kenya Generation (Kengen) - Kenya

Transmission Company of Nigeria (TCN) - Nigeria

Niger Delta Power Holding Company Limited (NDPHC) - Nigeria

Metropolitan Electricity Authority (MEA) - Thailand

Singapore Power (SP Group) - Singapore

Past Clients

This broad-based course provides a comprehensive overview of the characteristics of

electric power system basics, performance requirements and effective procedures to be

used for the planning and the operation of power systems.

Starting with a historical approach, the course introduces the main features of the modern

power systems along with the emerging trends brought by new technologies and the

increasing penetration of solar and wind resources with a broad analysis of restructured

energy markets. The course highlights the necessity of understanding power system

stability with an in depth discussion on frequency and voltage control. It provides insights

into the connected grid, the smart home and the smart city. Interoperability aspects and

standards are discussed, as well as the consumer centric paradigm of Transactive Energy.

The second part describes the procedures used for the planning and the operation of

power systems. The third part covers the methods used to ensure a safe, secure and

reliable operation of power systems. This last section introduces the main numerical

methods applied to large power systems and the core models that optimize generation

production and derives the energy price.

The course provides a good overview of modern power systems, the different levels of

control, and the nature of stability problems the engineers face in their day-to-day work.

The course includes the Power System Stability and Control book by Dr. Prabha Kundur, a

world renowned expert in power systems.

The course gives a broad overview of the power systems fundamentals, new grid

requirements, and the increased impact of renewable resources on the operation and

planning of the power system. It provides the necessary tools to understand the short and

long term reliability assessments and the processes undertaken to evaluate long term

adequacy requirements. The participants will get exposure to the main methods applied to

power system planning and the stable and reliable operation of the power system in a

vertically integrated as well as a deregulated power market.

INTRODUCTION

WHO SHOULD ATTEND? This seminar is intended for engineers and utility representatives currently involved in the planning,

analysis, and operation of power systems.

Electric power utility analysists and engineers

Planners and operations supervisors

Management and professionals in the power industry

Decision makers and professionals from government agencies

TAKE AWAYS: 1. The evolution of electrical power systems

2. Models of Energy Markets: Integrated Utility, Open Access, Power Pool Design and the respective

role of the regulator

3. The physical phenomena of the main components of the power systems.

4. Fundamental aspects of power system stability

5. Fundamentals of frequency control and methods of voltage control