wind energy basics “web ed.1” training · 2018-07-31 · [email protected] 3 othman...

www.green-energy-academy.com [email protected]

3 Othman Ibn Affan st. off Gizerat Al-Arab, Mohandessin, Giza ,Egypt King AbdulAziz Road, Al Masif Riyadh, Saudi Arabia

GEA GENERAL TRAINING PROFILE | GEA_WEB_R00_7/2018

Knowledge is Power! Accredited & Certified by

Wind Energy Basics “WEB Ed.1” training

3 Days Training Detailed Outlines & Schedule

Date: 31st August, 1st & 2nd September (Friday- Saturday- Sunday)

Duration: 18-20 hours No. of days: 3 days,

Timing: Friday & Saturday: (4 PM to 10:30 PM), Sunday: (4 to 10:30 PM) Language: English or Arabic

DAY 1

31 August, 2018—Friday

4:00—5:00 Welcome & Introduction

5:00—6:00 Global status of wind energy

6:00—7:00 Introduction to wind energy

7:00—7:30 B R E A K

7:30—8:30 Wind Resources

8:30—9:30 Aerodynamics of Wind Turbine

9:30—10:30 Working principle and efficiency of wind

turbine

DAY 2

1 September, 2018—Saturday

4:00—6:00 Mechanical Components of wind turbines

6:00—7:00 Electrical system and control concepts

7:00—7:30 B R E A K

7:30 – 8:30 Electrical system and control concepts (contd.)

8:30—10:30 Planning, energy yield, grid connection

DAY 3

2 September, 2018—Sunday

4:00 – 7:00 Securing efficient 20 years operation

7:00 – 7:30 B R E A K

7:30—8:30 Exercises & Energy yield calculations

8:30—10:30 Experiment & Hands-on wind turbine

models

http://www.green-energy-academy.com/

mailto:[email protected]





Training Outlines

1. Introduction and Global Status of Wind

Energy

Introduction about the training days and its content

Motivation (benefits of wind energy)

Global wind energy status 2. Introduction to Wind Energy

Physics behind the generation of wind and its occurrence

Historical development of wind turbines

Types of wind turbines (horizontal and vertical axis), small and large etc.

3. Wind resources measurement and

assessment

Wind resources (atmospheric boundary

conditions, complex terrains, wind farm

effect, etc.)

Site assessment (site selection, measurement equipment, types of

meteorological masts, etc.)

Energy yield calculation

4. Aerodynamics of wind

The acting forces (Lift and drag forces)

Basic blade design

Influences on the aerodynamic performances

5. Working principle and efficiency of wind

turbine

Wind energy and wind power

Overall turbine efficiency

6. Mechanical Components

Wind turbine components (small and big

size wind turbines)

Rotor

Drive train

Support structure

7. Electrical system and control concepts

Grid connected and off-grid wind power

Types of control strategies 8. Planning, energy yield, grid connection

Phases of wind energy project development

Energy yield assessment

Grid connection of wind turbines

9. Securing efficient 20 years operation

Good operation and maintenance

Reasons for failure of turbines

Operation and maintenance management

Condition monitoring system 10. Hands-on & practical

Experiment using wind turbines kits to demonstrate the operation of a wind

turbine.

Pitch (angle setting) of turbine blades and find out the optimum number of

blades for generating electricity.

Measuring RPM and other electrical parameters through using energy

monitors/loggers software on PCs







Tools

Wind turbine with 3-blades, rotor and generator.

12/24VDC Wind/Solar charge controller to have an input from both wind turbine & solar PV panel

to charge 12V batteries simulating a hybrid/off-grid or on-grid system.

Multi meter to take current & voltage readings.

80W 12V mono-crystalline solar panel.

12V solar lead acid 17Ah batteries.

Hands-on Exercises

Variable load experiment through changing load and wind speed values.

Excel sheet to calculate wind energy yield.

Tools & Hands-on Exercises

Training Outcomes

Full understating of wind turbine components, theory of operation, control and grid connection

Development of wind measurement campaign

Understand the aerodynamics of wind turbines as well as control strategies

Calculate the annual energy yield, choose the suitable wind turbine and suitable wind farm sites

Understand electric load variations and relation between load and wind speed

The training qualify the trainees to attend the next training in the series Wind Energy Advanced







German expert trainer, MSc. University of Kassel, PhD. & Scientific Researcher at the Oldenburg University.

8 years of experience in international project and construction management, wind energy consulting and engineering

4 years of experience in wind energy research and conducting experiments in wind tunnel

Over 6 years of working experience in several countries such as Germany, DPRK, Lebanon, Saudi Arabia, Morocco, Mongolia and Indonesia

Design and Optimization of testing facility for small wind turbines following IEC 61400-2 standard

Supervision of wind measurement systems installation on meteorological masts

Quality Management Systems

Project & construction management

Wind Energy Training in international environments and Tutorial courses for international master program at Oldenburg University

About the Trainer







Training References

I.

II.

Morocco Summer School, Wind Energy Training, 2017

This training was conducted for Summer School

participants in Tetouan, Morocco, where PhD and

master students from the field of renewable energy

sector took place and improved their technical,

business and networking skills.

No. of trainees: 17

Training duration: 3 days, daily from 9:00 AM to

5:00 PM

SRH University Berlin, Wind Energy Training, 2018

This training was conducted at the SRH University

Berlin. Master students from the field of renewable

energy attended. The aim of this training is to achieve

learning objective in several aspects of wind energy. They were introduced to wind energy resource

assessment methods, aerodynamics acting on the

wind turbine and passing through control strategies as

well project development.

No. of trainees: 9

Training duration: 2 days, daily from 10:00 AM to

5:00 PM







III.

Design and Optimizing of Testing Facility Training in Pyongyang, October 2013

The aim of the training is to guide the technical

team to optimize their production line and their

design for the manufacturing of a small wind

turbine. The training included testing procedures

for different parts of the small turbine according to

international standards.

No. of trainees: 10

Training duration: 1 week



wind energy basics “web ed.1” training · 2018-07-31 · [email protected] 3 othman...

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