PFS/Al-Ahli Hospital - Hebron

AWEP (Ahli Wind Energy Project ) is a pioneer project in Palestine that is funded by the EU . This project will directly benefit Al-Ahli Hospital from the Wind Energy .Al-Ahli Hospital is the largest Hospital in Palestine (27,500 m2 ), it started work on 1993 ,it is working with the capacity of 200 beds which will be 350 beds in the near future . More than (470) staff members are working in the hospital which deals with more than150,000 patients per year .

The Idea History At 2001,the P.F.S./Al-Ahli Hospital board of trustees Approved the plan of implementing a number of projects toward strengthen the infrastructure of the Hospital for the purpose of running the Hospital in case of disasters for a long time as much as possible, especially that Palestine has unstable political situation.

Those projects were: • To generate the Oxygen needs of

the hospital locally. The oxygen was imported from Israel by cylinders.

• To build large additional water storage.

• To build diesel storage.• To install WT for electricity generation .

The Oxygen generator was implemented and run in 2002 with the capacity of generating 350 liters of oxygen per minute.

The water storage was finished on 2004 with the capacity of 2880 M3 / The old water storage was only with a capacity of 660 M3 .

The diesel storage also implemented in the year 2005 with the capacity of 50,000 liters.

On 2009 with the help of the EU we started our project AWEP (Ahli Wind Energy Project) .

AWEP -Ahli Hospital Wind

Energy Project, The need and

reality.Prepared By

Eng. Mohammad TamimiProject Manager

Presentation ContentsAWEP Idea.

AWEP Project Needs. Results .Solar Energy System & Ahli Hospital.

Hybrid System.

AWEP Project CV• Project Name: Integrated Wind Energy Production System for Al-Ahli Hospital

• Duration: 36 Month Started 1/1/2009• Budget: 1.644.340 EUROo EU Contribution: 79.63% =

1.309.440 EUROo AL-Ahli Contribution: 20.37% =

334.900 EUROo 15.12.2008 Contract signed.

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Ahli Hospital Power

Consumption• Electricity 2,500,00 KW/year.(2008)• Diesel 250,000 Liters /year.(2008)• Power consumption Invoice on 2008 =550,000 €.

• Power consumption invoice on2009 = 600,000 €.

• Power consumption invoice at the end of 2010 expected to be about 650,000 €.

• Our project will decrease the invoice with an amount of 40% = 260,000 €.

Project Objectives• To produce ~30-40 % of the hospital Power needs.

• To reduce the environmental costs, such as carbon emissions.

• To provide the hospital with an alternative source of power.

• Increasing the awareness of the local community

• Building the capacity of the hospital’s staff and its associates.

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Expected Results • Installed ~750 KW wind energy system• Weather (Meteo-Mat) Station• Needs assessment studies and reports.• International Study Visits.• Intensive training of staff. • 5 awareness workshop's.• 2-3 Re-Granting research studies.• 6 jobs created (3 female, 3 male).• Web-Based renewable energy database

centre.• Lessons – learned report.

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Project Work PackagesWork Pack.

No Work Package Title Work Package leader Start month End month

WP 1 SYSTEM DEFINITION

AND NEEDS-ASSESSMENTS

Dr. Imad Ibrik 1 12

WP 2 SYSTEM

INSTALLATION AND COMMISSIONING

Recruited Project Manager

8 36

WP 3 SYSTEM TESTING AND EVALUATION Dr. Imad Ibrik 25 36

WP 4 TRAINING, CAPACITY BUILDING Dr. Clancy 3 30

WP 5 WORKSHOPS AND DISSEMINATION Mr. Basem Natsheh 5 36

WP 6 MANAGEMENT,

QUALITY ASSURANCE AND REPORTING

Recruited Project Manager

1 36

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WORK PACKAGE Year 1 Year 2 Year 3 Responsibility

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 WP 1 System Definition and Needs-Assessment Dr. Imad Brake

WP1 Leader(Project Consultant) and

Project Management Team

Task 1.1 Installation of wind speed measurement station Task 1.2 Site Identification and Evaluation Task 1.3 System design M Task 1.4 Tender document preparation M Task 1.5 potential sites for wind energy in Palestine (regrant) M WP 2 System Installation and Commissioning

Project Management

Team, Associates and Partner

Task 2.1 System tendering and contracting M Task 2.2 Equipment delivery to Al-Ahli site M Task 2.3 Recruitment of technical staff. Task 2.4 Initial Site preparation Task 2.5 Wind Energy System and control room installation M WP 3 System Testing and Evaluation

WP Leader And Consultants

Task 3.1 Extensive System testing Task 3.2 System official acceptance M WP 4 "Training, and Capacity Building"

EU Partner, Trainers and consultants

Task 4.1 Specifications of capacity building needs Task 4.2 Joining SET Master program Task 4.3 Joining MEEM Master program Task 4.4 EMSI short training course. Task 4.5 In Palestine Managerial training Task 4.6 In Palestine Technical training Task 4.7 CRES study visit M Task 4.8 EWEC conference Task 4.9 Wind turbine vendor training M WP 5 Workshops and Dissemination

Project Management

Team, Partner, Associates

Task 5.1 Green Energy in Hebron Workshop M Task 5.2 The Heat of the Sun Energy in Jericho Workshop M Task 5.3 North of Palestine must go Green” Workshop M Task 5.4 "Visit the Rotating Eagles” Exhibition M Task 5.5 Palestine National Green Energy Dissemination M Task 5.6 Establish a Web-based database centre M Task 5.7 Project Documentation. Task 5.8 Advertisement Campaign WP 6 Project management

Project Management Team, Local

Consultant, Partner

Task 6.1 Recruitment of project manager Task 6.2 Recruitment of administrative project team Task 6.3 Preparing detailed business plan Task 6.4 Management office set-up Task 6.5 Action opening and closing M M Task 6.6 Management of WP 1 Task 6.7 Management of WP 2 Task 6.8 Management of WP 3 Task 6.9 Management of WP 4 Task 6.10 Management of WP 5 Task 6.11 Project M&E (International consultant) M M

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Ahli Hospital Site Overview 1027m AL

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On-grid system connect diagram

Off Grid Wind Turbine System

Expected Turbine Production

24

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• We have a 27,500 M2 building • We consuming electricity with an average of 250KW/h• We are consuming diesel about 230,000 Liters/Year Electricity used for: • Lighting,• Running medical machines • Air condition systems • Generating Medical gases compressors• Heating • UPS systems Diesel used for:• Central heating • Hot water • Steam generating• Electricity stand by generator

Education and training• master course SET (two-year Sustainable

Energy Technology –University of Twente)

-Engineer Alaa Al Zughayyer. -August 2009- Agust 2011 (2 years).•  MEEM master course (Masters in

Environmental and Energy Management Program – University of Twente).

-Engineer Hamdi Tahboub. -August 2009-August 2010 (1 Year)•  EMSI short training course. Two

participants to join the UT five-week Energy Management and Cleaner Production in Small and Medium Scale Industries (EMSI) short course.

• Managerial training: training in the managerial and capacity building aspects of energy saving, environmental awareness, and time and project management

- Duration: (One full week - 40 hours). - To apply and for more

information :www.awep.ps, info@awep.ps• Technical training: detailed technical

training for 12 engineers and technicians representing various organizations in Palestine (mainly from the health sector) in the field of wind turbine energy and electrical systems installation and maintenance

- Duration:- (One full week - 40 hours).

Project workshops• Clean Energy In Hebron - Successfully done on 4th of May,

2009.• Heat of sun energy in Jericho - Successfully done on 25th of

March ,2010.• North of Palestine must go green - To be held in Nablus.• Visit the Rotating Eagle -To be held in Al—Ahli hospital/ Hebron.• Palestine National Clean Energy

Dissemination - To be held in Ramallah.

Re-granting• Sub-granting :Small grants through re-granting (from €1,000 – 10,000 to a maximum total of €30,000) will be awarded to help various organizations and research centers in Palestine interested in clean energy studies.

• Five Projects applied for this Re-granting on 22nd , March ,2010

AWEP Web Site “www.awep.ps”

AWEP Partners and AssociatesPartners:

The Department of Technology and Sustainable Development (TSD) and center for clean technology and environmental technology (CSTM)  of the University of Twente has more than 25 years of experience in developing training courses on energy management and renewable energy for its own in-house courses and for third parties.

Associates:• Palestinian Energy Authority • Hebron Electric Power Co - Hebron

Municipality • Palestine Polytechnic University

(PPU) ,Renewable Energy and Environment Research Unit (REERU).

RisksWe are expecting to face some problem which are already known for us since the beginning, and we have our plan to manage all of those problem, main problem is the System design :

Needs data Data of wind speed and direction already collected and analyzed for one year

Hospital electricity load data already collected and analyzed .

Site data already prepared as topographic drawings.

Needs an expert designer but there is no local experts in this fields

The international expert is already visited the AWEP site.

Political and logistic problem in implementing large WT system.• Regarding transportation• Regarding Installation • Regarding permission of the

height of the WT The idea of alternative scenarios

like having 3 small (250 KW) WT instead of large WT 750 KW is ignored after the expert visit.

Results Up-to-date• Meteomate station installed and get the readings of 12 months .

• Hospital electrical load analysis is ready.

• Site identifications is ready.• System design and tender preparation to be finalized.

• Re-granting was announced and proposals received.

• AWEP staff recruited .

Results• Joining set Master • Joining MEEM Master • Joining EMSI training for one Engineer done.

• International expert CRES visit is already done.

• EWEC conference done.• Green Energy workshop done.• Heat of Sun Energy workshop is already done

Results• Website is ready and online.

• Project documentation agreement done.

• Office set-up done.• Project opening ceremony was held on 4th of May 2009.

Mateo mat Station

Hospital Power LoadPower total (kW)

0.00

50.00

100.00

150.00

200.00

250.00

300.00

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

hour

kW

Solar Energy At Al-Ahli Hospital

• We started using solar energy for water heating since 10 years ago.

• We have a pattern of Solar heating panels as follows:

a) Total Panels Number =54.b) Each panel has an area = 2.28 M2

c) Total area = 123.12 M2

• The panels are located on the hospital roof on a total area of 250M2 .

• The system used for heating 5M3 daily from 15 C° to 50 C° which is equal to a difference 35 C°

• This is equal to a saving of Approximately 750 KW/daily during 12 hours .• This is also equal to a saving of 273,750 KW/year saving approximately $50,000/year.

ASEPAhli Solar Energy

Project • We are thinking of another project to generate electricity from solar PVs.

• The idea is to cover most of the hospital roof with PV panels.

• The hospital roof area is 5700M2 • So if we use %80 of the roof for the solar panels then the area available will be about 4560M2

• For 1KW we need an area about 10M2

• then we may get about 456KW

Hybrid System• In this scenario we will have a hybrid system in which we will have our electricity from the WT and the PVs.

• In case we need more than what is produced from booth systems then we will get the rest needed amount from utility.

• Also in case of failure then we will get our needs from the diesel generators.

Diesel Generator

Intelligent Electricity Panels

hospital

P.V System Wind Turbine System Utility Meter

700 KW400 KW500 KW

Grid meter

Load

Diesel Generator

Intelligent Electricity Panels

hospital

Wind Turbine System

Utility Meter

750 KW500 KW

Grid meter

Load

Diesel Generator

Intelligent Electricity Panels

hospital

Wind Turbine System

Utility Meter

750 KW

200 KW

150 KW 50 KW

Wind 6 m/s

0 K

W

Grid meter

Load

Diesel Generator

Intelligent Electricity Panels

hospital

Wind Turbine System

Utility Meter

750 KW

200 KW

500 KW 0 KW

Wind 12 m/s

300

KW

Grid meter

Load

Diesel Generator

Intelligent Electricity Panels

hospital

Wind Turbine System

Utility Meter

750 KW

200 KW

150 KW Failure

Wind 6 m/s

0 K

W

50 KW

50 KW

Grid meter

Load

Diesel Generator

Intelligent Electricity Panels

hospital

Wind Turbine System

Utility Meter

Grid meter

Recommendations• The concerned organizations who are

interested in the renewable energy are asked to build an expert networking to recover the obvious lack of local expertise on all field of the renewable energy.

• Establishing Clean Energy Bank (CEB), also called Clean Energy Investment Bank, to assist in the financing, and facilitate the commercial use, of renewable energy and energy efficiency technologies .

Recommendations• Establishing a data bank for renewable energy in Palestine should be considers as priority.

• School curricula should include more information and details about the needs and benefits of the renewable energy, and how this will be reflected on the economy of the society and the hall Country.

• Encorgement of small projects are very important to stimulate the local community toward the implementation of larger projects.

Awareness Result • After 15 months since the project started and specially after the opening ceremony on May 4th 2009, we really feel that the local community started to get contact with us to know more and more about this project and the wind energy concept.

Sustainability

This project is by nature a sustainable project since it needs low operational costs and external fuel source is the wind and the fuel is free of charge

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•Bahrain World Trade Center: 3 pieces 225 kW, at 60, 98 & 136 m, Bridge mounted, 1200 MWh/year. 

• Bahrain World Trade Center: 3 pieces 225 kW, at 60, 98 & 136 m, Bridge mounted, 1200 MWh/year.

• Castle House - London: 3 pieces 20 kW, at 140 m, rotor diameter app 9 m, Venturi mounted, construction start 2007, construction target 2010

الفلوس صور

Thanks To E.U

Thank You

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