The largest Solar PV project in Bangladesh

Overall objective(s):
The general objective is to introduce Renewable Energy (RE) as an alternative solution for power generation to overcome regular shortages in power supply for urban areas in KHUNA division,Specific objective: The specific objective is to transfer and implant the European technical and technological know-how on mechanism of producing energy on the basis of photo voltaic solar cells to Small and Medium-sized Enterprises (SME) in KHULNA division through practice and product-oriented training for their own use to overcome the shortage in power supply as well as to make this group competent as potential vendors for marketing this RE-based technological solution to other consumers.
Project Description
The aim of the project “Promotion of Renewable
Energy as an alternative and sustainable Energy System: Partnership and
Training Programme approach for Small and Medium-sized Enterprises (SME)
in KHULNA Division” is to introduce an alternative, innovative and
practice-oriented form of energy supply for SME’s and private households
in
The PRE Project will promote the use of regenerative
energy (RE) for the bridge over of the energy shortages. The usage of
photovoltaic energy with a suitable storage technology should ensure a
sufficient energy supply in case of electrical blackouts. Therefore it
is necessary to implement European technical and technological know-how
in KHULNA Division by forming a cooperation network between local
government, enterprises, industry bodies, academies, financing
institutions and the European partners. The main tool for the
implementation of solar Energy will be a practice and product-orientated
training programme for the qualification of local solar trainers
together with the representatives of at least 100 local SME’s. Therefore
a demonstration plant and a combined training workshop and information
centre will be constructed locally in
• demonstration of energy production on the basis of
RE,
• teaching and training of different target groups
• propagation of RE-related information during and after the end of the
project.
Such a unique centre in the whole country
The transfer and implementation of the required knowledge and know-how on the mechanism of decentralised energy production based on photovoltaic solar modules to local SME’s will help this group to construct and install own power generation system to continue their production without any inevitable delay during the regular power supply-off period. Additional a promotion effect of this environmental friendly technology to other consumer groups is realised. Upgrading their capabilities through a practical training in renewable energy and qualify them in product development and marketing of photovoltaic systems solution, this group - as potential vendors - is capable and appropriate to promote this technology to the different categories of consumers in the region, and also beyond the region KHULNA.
The proposed project deals triple fundamental
issues:
• decentralized Power generation based on RE,
• RE-related professional and technical Education and Training of
SMEs
• protection of Environment through RE-based emission and noise
free energy production.
The country
The proposed action will form a network between
different actors and stakeholders while working together for an
alternative solution on one of the major problem concerning the needs of
all groups of people across the society in
Backgrounds of the solar project
World's first solar-training center in
The plant is well set up as following: :
There are 3 separate sub-systems with 15 kWp, 4
kWp und 1 kWp. This has been specifically designed for demonstration and
training purposes.
1. 15 kWp (3 phases (each 5 KWp) Backup System L
of SMA ) 3x 56 Sharp Na 901 WQ witch 7 Strings with 8 modules connected
to an SMA backup system that consists of 3x SMC 5000, 3x SBU 5000, 1x
Automatic Switchbox L and 8x Gel batteries with 140 Ah 12 Volt to 48
volts running.
2. 4 kWp(1 phases Backup System M of SMA) 42x
Sharp NA 901 WQ with 6 strings each 7 modules connected to an SMA Backup
System M that consists of 1x SB 3800, 1x SBU 5000, 1x Automatic
Switchbox M and 4x Gel batteries with 140 Ah 12 Volt to 48 volts
running.
3. 1 kWp ( 1 phases Backup System S of SMA ) 12x Sharp
NA 901 WQ with 3 strings of 4 modules connected to an SMA Backup System
S that consists of 1x SB 1100, 1x SBU 2200, 1x Automatic Switchbox S and
2 Gel batteries with 140 Ah 12 Volt to 24 volts running.
There
are 3 counters for the light SOLDES data system.
No.1 is a 3 phase counter for the 15 KWp
No.2 is a 1 phase counter for the 4 KWp
No.3 is a 1 phase counter
for the 1 KWp
Thus can the precise yield of each individual
plant.
Building
Design
The centre will have a size of 25 m x 15 m with an approx. 233 m2 as working space while the 375 m2 will be constructed (roofed only) as used space. There will be several rooms, one canteen and one workshop and the mentioned free space used for multiple purposes (please see the floor plan in the Picture Gallery). The rooms will be used for working, training and dissemination of RE-related information purpose. The workshop will be used for practical construction of products by trainees during the training. There will be 5 workplaces equipped with construction machineries (circular saw, stamping machine, turning lathe, E-welding, drill, compressed air pistol etc.) and with working tables for each. Some 15 trainees (3 persons in a group) will work at a time in the workshop during the training period and learn to construct and assemble different models of solar energy production system among others.
The very simple local construction methods will
be used to build the centre. Supporting with some steel pillars in every
5 m distance within all the major boundaries to form the lattice
structure on which the photovoltaic modules will be installed, the roof
of this centre will be constructed as monopitch roof with an inclination
of 5° covered with the corrugated sheet. The construction work of the
centre and the installation of modules could be done parallel immediate
after the competition of fundament of the centre.
Visit of EU commission representative
The Ambassador and Head of Delegation of the
European Commission to

Representatives of the KCC informed Dr. Frowein
about the project objectives and the progress of the work.
Pictures of the foundation stone ceremony online
Pictures of the foundation stone ceremony The
pictures show the foundation stone laying ceremony on the 6th of March
2008 in

The ceremony was organised by the KCC and visited by local authorities, representatives of the government and representatives of the project participants.
Workshop accomplished
at ITB
Accomplishment of a workshop for the development of the curriculum
In
Finishing of the
baseline survey
The baseline survey for the determination of the
energy consumption of small enterprises and households in
Laying of foundation
stone
Laying of foundation stone for the solar trainings
center in
On the 24 of December the laying of the foundation stone for the solar trainings centre In Khulna was done. The ceremony was organised and accomplished by the Khulna City Corporation on the site, where the centre will be constructed. The laying of the foundation stone was participated by several regional and national governmental personalities and the project partners.
Activities
The diagram gives an overview of the planned activities and progression of the PRE Project.
Activity 1: Preparation and Kick-off
An initial visit of the applicant and the European
partners to
Activity 2: Baseline Survey as well as Planning of
Workshop cum Training Centre and Pilot Plants
In this activity the survey tools related to the stated survey objectives and design will be developed. The survey is necessary to find out mainly
• the energy consumption of SME of different
sectors, particularly during the supply-off period
• an average
energy consumption of urban households with all the used equipments
•
the technical capability and knowledge of those SME who should be
selected for training purpose
• the ways of financing and subsidising
possibility for acquisition of a RE-based power generating system
So the survey concept will consist of a
theoretical and a practical part. The theoretical part will deal with
systematic analysis of existing concepts and guidelines of governmental
bodies, financing institutions, micro-credit organisations etc. for the
clarification of financing (subsidizing, credit among others)
possibilities for potential consumers. The practical part will comprise
the interrogation of SME and urban households to visualise their daily
energy needs in corresponding to the used equipments, machineries etc.
with adequate survey tools. These tools will include questionnaires,
in-person interview etc. among others. For the construction of
questionnaires the questionnaires have to be developed. The primary
purpose of these questions will be to meet the objectives of the survey.
This interview-statement will be analysed, shaped and finally integrated
into the survey report. Besides regular shortage of power supply will be
recorded to specify average needs of power of different consumers during
the supply-off period.
The result of this survey will give a clear
statement of the quantity of energy consumption of the investigated
groups, the power capacity and formation of used equipments, machineries
etc., the exact needs of energy of each group to overcome the power
shortage period and the number of potential and interested enterprise
who could / will take part in the training course. The survey result
will also lead to state the size of pilot plants will be constructed as
marketable (demo) products for three potential consumers:
• urban household
• small-sized enterprise /
families-apartment-house
• medium-sized enterprise
In addition to the above mentioned activities a
public web-site will also be created (then regularly updated) to inform
different stakeholders, committee members, partners etc.
Activity 3: Setup Workshop cum Training Centre in
A workshop and training centre will be set up during this activity which will begin parallel to the former Activity 2. The setup of this centre is necessary to underline the significance of the alternative way of generating power using RE will be needed to qualify SME and will support to build a new consciousness among all the stakeholders. This centre, is quasi a production centre of RE also, will be used for multiple purposes, namely as working, learning and training place as well as general RE- information centre for potential consumers, civil society, local governmental bodies, educational institutions etc. Such a centre will also bring enterprises, potential consumers, academics, local governments and civil society together.
The counterpart KCC will construct the centre on their own land in close consultation with the applicant. The local governmental head authority KCC equipped with the experienced staffs and necessary logistics will be able to complete the centre within the foreseen period. The centre will belong to KCC after the end of the project and will be used for the continuation for the defined purposes.
Activity 4: Setup Pilot Plants in
In this activity the designed pilot plants will be installed. The photovoltaic modules of the plants could be installed parallel to the construction work of the centre, immediate after the completion of fundament of the centre. This photovoltaic-based 20 KWp plants will consist of three different sizes. The exact size will be determined and designed on the basis of the survey report and will correspond to the different consumer’s need. The installed plant will cover multiple purposes:
for decentralized production and supply of electrical energy for the use of the workshop and training centre for demonstration of the different production-size plants for three different potential consumer for practice-oriented teaching and training for SME and unemployed youth These three plants will be installed over the roof of the workshop and training centre in such a manner that the produced energy will cover the three different energy consumption areas of the centre. For example 1KW for supply of the office and Info room, 4KW for Training rooms and canteen and 15KW for the workshop. This will demonstrate the different production capacities of the photovoltaic (PV) systems and sizes three marketable products to foreseen consumer groups. These demo plants will be an example to show the requirements and the alternative energy production ways to fulfil the energy demand of an urban household, a small-seized enterprise or a multi-stored urban house as well as of a medium-sized industrial production plant during the supply-off period. The installed plants will be composed on the basis of photovoltaic modules. These modules will be based on cadmium and tellurium (CdTe), a product of thin film technologies, even if it is not much known like silicon crystal technology with its variation of mono or polycrystalline formation. The selection of this increased upcoming CdTe technology has basically been made on the following three reasons:
CdTe permits simple device structures and processes, leading to low cost production and therefore is cheaper than the others which is an important factor for developing countries like Bangladesh abundant raw CdTe material (by-products of mining process; primarily zinc mining and copper refining) to support high volume production and demand and therefore is easily available and promising for future the produced energy amount by CeTd lies higher under real condition than solar modules with comparable powered ratings as because of its lower temperature-coefficient (producing comparatively more amount of energy by increased temperature of the modules than the others) which is another important factor for the country Bangladesh as normal temperature rises in summer more than 40° C.
A standard size of CdTe module in 1129cm x 934cm
with the producing power range of 80Wp will be considered for the
plants. About 250 modules will be needed to produce the intended amount
of power, 20 KWp. Further this module will occupy 263m2 space on the
roof of the centre (375m2) will be also available. The counterpart KCC
has different places/sites to install such plants and the training
centre. But the centre and this plants will be setup and installed by
the headquarter of the
Activity 5: Curriculum Development
In this activity the partners will develop the concept of the training course and its content which will focus on the following subject areas:
-
RE-based Energy Production and Conversion Mechanism
-
Construction and Installation Technique and Technology
-
Energy supply Methods and Storage Principles
-
RE-based Product Configuration and Marketing
The issue of course concept development is very crucial considering its relevance and its appropriateness to practice- and product orientation of learning on the one side and the inhomogeneous learners group on the other. While one group, the trainer are familiar with the theoretical information of RE-related technique and technology, needs more practical training, the other group, namely the trainees (SME representatives) needs both the theoretical information and practical working on it. Considering both these groups two separate curriculum of different standard will be developed. In addition to it a didactical concept for the trainers will also be developed. It will be necessary to develop of two different directions of courses with its corresponding contents and learning materials. While first part of the course would have more emphasis on the RE-related technique and technology, the second part will consist of more on RE-based Product Configuration and Marketing Methods. The aim of this courses will be to upgrade the skills and capabilities of SME representatives through a practical training of trainers first and then through continuous training of SME representatives by the trained trainers. Both the partners will discuss and harmonise all the findings during this development process through net-meeting time to time.
Activity 6: Training of Trainers
The training of trainers on site is important to impart the practical European know-how and knowledge of RE- related technique and technology so that the trained trainers achieve the ability to train the SME representatives and others after their training. The”Train of Trainers (TOT)”course will be open to the group consists of teachers form polytechnics, colleges as well as trainer and master craftsman from industries. The course will be conducted in two shifts 4 hours each and 5 days a week and have a duration of 2 months. Two European experts will conduct this course.
After the end of this course, 4 best trained trainers will be selected for running the next course for SME representatives. The selected trainers will be closely involved in the design of the curriculum of the training course for SME representatives in order to understand fully its underlying pedagogical and didactical approach. This will allow them to make modifications in the future, once the project has finished and they haven taken over the responsibility to continue the training course.
Activity 7: Training of SME
The training of SME representatives will be beginning in this activity. The potential and interested SME pre-selected from the survey results will be invited to join the course. The course will take 2 weeks, 5 days per week with two shifts, 4 hours each. This shift-concept will allow the SME representative to join the course and work in their enterprise at the same time. The course will run for 1 year during the duration of this project, will be conducted by 4 local trained trainers and will continue after the end of this project. The training will be free of cost during the project period. They will learn and get trained by the practice- and product-oriented method. This learning and training method will allow the target group to configure, develop, install and market a product which could be offered as a marketable product to the potential consumers.
Activity 8: Course Evaluation & Modification
After the 6 months running of the course for SME an evaluation will be made. Questionnaires will be developed for trainers and trainees to asses the relevance and appropriateness of the different course contents. They will also be interviewed to find out their concerned issues about the participated course. The result of all these will be integrated into the existing curriculum and help to improve the training. Especially local belongings will be considered in the evaluation.
Activity 9: Project Evaluation
The project will be evaluated in this activity. This evaluation will be made by an independent evaluator. All the milestones of the project will be verified and commented.
Activity 10: Dissemination and Exploitation
Finally the project will enter into the ‘dissemination phase’, where the result of the project will largely available through an information seminar for all the stakeholders. Dissemination of the project results is seen as an important element in this action. This one day event will consist of demonstrations, lectures and experience report from SME and consumers. This seminar, which will be organized by the Asian partner will bring representatives from municipalities, financing institutions, power production authorities, academics and consumers together will discuss techniques, tools and skills necessary for SME to become active players on the national market to promote RE-bases power generation system. It will also deal with the financing and marketing aspects of such systems. The participating companies will take active part to demonstrate and discuss their ideas and experiences in this seminar. It will further reported about the formed partnerships (if any) to underline the necessity of joint co-operation with the European partners and regional partnership to promote this new energy resources for the long term perspective.
Activity 11: Coordination, Management and (internal)
Evaluation
Co-ordination, management and (internal) evaluation of the project are three tasks that are active throughout the project. The co-ordination and the day-to-day management will be done by the applicant who has extensive experience in managing international projects. The internal evaluation will be done time to time by a board comprising all the partners. Co-ordination encompasses tasks like
All financial matters
Communication with the EC, including the submission of all project deliverables
Organisation of the evaluation of the project
Organisation of the project meetings
The tasks of the project management are:
Progress monitoring and reporting
Operational contingencies
Minutes of project meetings
Preparation of the Final Report
Schedule Year 1
|
Year 1 |
|||||||||||||
|
|
Month |
|
|||||||||||
|
Activity |
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
11 |
12 |
Implementing body |
|
Activity 1 |
|
|
|
|
|
|
|
|
|
|
|
|
KCC |
|
Kick-off Meeting & Detailed Planning |
in co-operation with Applicant and all the partners |
||||||||||||
|
Activity 2 |
|
|
|
|
|
|
|
|
|
|
|
|
KCC |
|
Baseline Survey |
|
|
|
|
|
|
|
|
|
|
|
|
in co-operation with Applicant |
|
Beginning work of Workshop cum Training Centre |
|
|
|
|
|
|
|
|
|
|
|
|
KCC |
|
|
|
|
|
|
|
|
|
|
|
|
|
in co-operation with Applicant |
|
|
Creating the project web-site |
|
|
|
|
|
|
|
|
|
|
|
|
TTZ and Applicant |
|
Activity 3 |
|
|
|
|
|
|
|
|
|
|
|
|
KCC |
|
Set up Workshop cum
Training centre in |
in co-operation with Applicant |
||||||||||||
|
Activity 4 |
|
|
|
|
|
|
|
|
|
|
|
|
Applicant in co-operation with other partners |
|
Set up Pilot Plants in
|
|
||||||||||||
Schedule Year 2
|
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Schedule year 3 :
|
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
For the promotion of sustainable PV systems a demonstration plant will be installed. Therefore a special building will be constructed, which will serve as an information and training centre with an associated workshop for modern and practical training and work processes. The main objectives of this solar centre are the set up of an innovative education centre for sustainable energy, the housing of an information centre for renewable energy and location for a demonstration PV plant. The centre will be build on land owned by KCC and will constitute a contact and information point for the application of renewable energy in the region.
PV-Unit
The PV Unit oft he
Plant data:
Plant name: Solar-training center Khulna Bangladesh
- Plant location: Khulna Bangladesh
- Plant size: 20 kWp
- Celestial orientation:South-south-west
- Module inclination: 20
Grad
- Number of counters: 3
- Plant start: Februar 2009
- Project Coordinator: Dr. Engineer Bibhuti Roy, University Bremen,
Germany
- Technical Information: Dipl. Ing. Christian Gnirke
Plant picture:


Plant data:







Results / Dissemination
Results
07.11.2007
The project website Solarenergy-Khulna.eu is online. The web site presents all information of the project, news and the achieved results. In the download area it is possible to download several documents dep ending to the project. In the restricted area the projct partner can find or present important documents for the project progress.
15.01.2008
The baseline survey finished. The Task of Activity
Nr 2 the accomplishment of an baseline Survey to determine the real
needs of energy of people in
The baseline survey was initialised by the project
coordinator ITB and planed in cooperation with KCC. The survey was
locally accomplished by the
The baseline survey should answer four important question s for the project.
1. the energy consumption of SMEs of different sectors, particularly during the power-off periods
2. an average and minimum energy consumption of urban households
3. the technical capability and knowledge of those SMEs who should be selected for training purpose
4. the ways of financing and subsidizing possibility for acquisition of a RE-based power generating system
For the baseline questionnaires were developed and field interviews with about 450 households and small enterprises were accomplished. With the results of the baseline survey a special training programme will be developed to meet the local needs.
18.01.2008
The documents from the tender for the construction
of the solart centre was openmed at ITB in

The evaluation of the offers from several
construction companies from
Dissemination activities
|
Dissemination activities
|
Date |
|
Project workshop
in |
31.05.2007 |
|
Project Presentation |
24.10.2007 |
|
Workshop Curriculum development |
12.02.2008 |
The first workshop was accomplished during the
Kick-off meeting of the project in
The workshop was split into three parts. The first part dealt with the technique of solar energy and electrical storage, the second part was a discussion about the training and Qualification and the third part was about different model of financing. The workshops were moderated by project partners from ITB and ttz.
Project presentation
Workshop 24.10.2007 in
ITB in
Curriculum
development Workshop 12.02.2008 in
A small workshop for the development of the
Curriculum for the train the trainer courses was accomplished at ITB in
Energy yield of PV unit is online
The current energy yield of the PV unit of the Solar
centre in
Installing of the PV Unit
The PV Unit for the Solar Centrte Khulna was installed. See new pictures in the Photo Gallery. A detailed description of the PV Unit will follow soon.
Start of the construction work
Start of the construction work for the solar Centre
in
Photo Gallery
|
|
|
![]() |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
![]() |
|
|
|
![]() |
|
|
|
![]() |
|
|
|||
Download Files
|
No. |
Title |
Posting date |
Action |
|
1. |
ttz ITB Workshop October 2007 |
2008-07-01 |
|
|
2. |
Dreher Curriculum development |
2008-07-01 |
|
|
3. |
GTZ Pure and Compressed |
2008-07-01 |
|
|
4. |
Dreher Trainning and Qualification |
2008-07-01 |
|
|
5. |
Armarni Storage and controllers |
2008-07-01 |
|
|
6. |
Khan EU 2 |
2008-07-01 |
|
|
7. |
|
2008-07-01 |
|
|
8. |
Curriculum structure Dreher ITB12/02/07 |
2008-02-29 |
|
|
9. |
EURAC ITB 24/10/07 |
2008-07-01 |
For further information :
Please contact :
Engr. Zahid Hossain Sheikh,
Project Director of this project from Khulna City Corporation.
Tel: +88-01715-166 900 (Cell)
Web :
Email : khulna-solar@online.de
Further technical information:
http://www.khulna-solar.de
of
Hanse Solar GmbH in


















