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RENES




Information for NEO database

Batafsil: www.reneseplus.uz 

Project title (acronym) and number

RENES:  Development of Master Programme in Renewable Energy Sources and Sustainable Environment

574055-EPP-1-2016-1-IT-EPPKA2-CBHE-JP

Higher Education Institution:

Andijan State University

Participant Identification Code (PIC):

933912412

Postal Address: 

129, university street, Andijan city, Uzbekistan.

University web-site:

www.adu.uz

Name & Surname of local coordinator:

Rayimjon Aliev

Position:

Professor, Senior teacher of Physics

Tel:

Fax:

E-mail:

Mobile phone:

+998 74 2238371
+998742238830
alievuz@yahoo.com
+998902167260

Project team members:

Name & Surname  Position:

Suhrob Aliev

Manager, Senior teacher of Physics 

Tel:

Fax:

E-mail:

Mobile phone:

+998 74 2238371
+998742238830
suhrob_asr89@mail.ru
+998916001924

Project team members:

Name & Surname Position:

Murod Nosirov

Docent, Senior teacher of Physics

Tel:

Fax:

E-mail:

Mobile phone:

+998 74 2238371

+998742238830

nmz1964@yandex.ru

+998905498149

Project team members:

Name & Surname

Position:

Farhod Alimov

Head of International Relations Department, Administrator

Tel:

Fax:

E-mail:

Mobile phone:

+99893 7877150

+998742238830

wolffar7@mail.ru

+998902172076

Project team members:

Name & Surname Position:

Avazbek Mirzaalimov

IT specialist, Technics

Tel:

Fax:

E-mail:

Mobile phone:

+998 74 2238351

+998742238830

avazbek_1985_0824@mail.ru

+9987 2734808

Project team members:

Name & Surname Position:

 Azizjon Kurbonov

 Docent, Senior teacher of Physics

Tel:

Fax:

E-mail:

Mobile phone:

+998 74 2238351

+998742238830

qurbonov26@yahoo.com

+998914871188

Project team members:

Name & Surname Position:

Dilmurod Juraev

MS of Physics,

Tel:

Fax:

E-mail:

Mobile phone:

+998934409687

+998742238830

dilmurod_JD.@mail.ru

+99894 1004273

European grand holder university/ Name of coordinator

University of L’Aquila

Anna Tozzi

Tel:

Fax:

E-mail:

Mobile phone:

+39 0862433150

+39 0862433180

anna.tozzi@gmail.com

+39 0862433150

 


FOTOGALEREYA
TARG'IBOT
YANGI KURSLAR
YUKLAMALAR

FOTOGALEREYA

 

TARG'IBOT

KO'XNA YEVROPA NAFASI O'ZBEKISTONDA

RENES-2017: BERLINDAGI MUHIM VA SAMARADOR UCHRASHUVLAR

RENES - DAVR BILAN HAMNAFAS LOYIHA

YANGI KURSLAR

 

Photovoltaics

1. Qualification Goals

Learning Outcome: The students should

  • Familiarize themselves with modern knowledge research methods of semiconductor Photovoltaics.
  • Be able to design and development of building integrated photovoltaic systems
  • Be able to performance monitoring and analysis
  • Be able to development of thin film solar cell devices and manufacturing processes
  • Be able to Solar cell testing and characterization
  • Be able to Environmental assessment of PV manufacturing and implementation
  • Be able to Information dissemination and demonstration programs

The Module Conveys:

20% knowledge & comprehension, 20% analysis & method, 20% inventor & design, 20 % research & evaluation, 20 % application & practice

Content:

· Fundamentals of Semiconductors

· Fundamentals of Solar Cells and Systems

· Material and Solar Cell Characterization

· Electronics for Photovoltaic Systems

· Crystalline Silicon Photovoltaics

· Thin-Film Photovoltaics and Concentrator Photovoltaics

2.  Condition for Participation

Preferable: good knowledge of semiconductor physics and photoelectric process.

3. Description of Teaching Methods

Contents are presented in lectures illustrated by exercises and case studies.

4. Applicability

 

5. Workload and Credit Points

Lecture: 40 hours

Exercise: 25 hours

Laboratory: 35 hours

Preparation and follow-up: 50 hours

Preparation for the examination: 30 hours

Total: 180 hours *1 ECTS/30 hours = 6 ECTS

6. Examination and Grades

Verbal examination

7. Duration of Module

 

8. Number of Participants

 

9. Enrolment Procedure

 

10. References, Scripts

 

11. Miscellaneous

 

Renewable Energy

1. Qualification Goals

Learning Outcome:

The students should

· Describe the fundamentals and main characteristics of renewable energy sources and their differences compared to fossil fuels.

· Explain the technological basis for harnessing renewable energy sources

· Recognize the effects that current energy systems based on fossil fuels have over the environment and the society

· Describe the main components of different renewable energy systems

· Compare different renewable energy technologies and choose the most appropriate based on local conditions

· Perform simple techno-economical assessments of renewable energy systems

· Perform and compare environmental assessments of renewable energy systems and conventional fossil fuel systems

· Design renewable/hybrid energy systems that meet specific energy demands, are economically feasible and have a minimal impact on the environment

· Suggest the best combination of technological solutions to minimize the emission of greenhouse gases and increase the sustainability of the energy system in specific areas/regions

· Discuss how to utilize local energy resources (renewable and non-renewable) to achieve the sustainable energy system

The Module Conveys:

20% knowledge & comprehension, 20% analysis & method, 20% inventor & design, 20 % research & evaluation, 20 % application & practice

Content:

· Introduction to Renewable Energy Technology

· Solar Energy

· Wind Energy

· Biomass

· Hydropower

· Wave Energy

· Ocean Thermal Energy Conversion

· Geothermal energy

· Renewable Hydrogen

2. Condition for Participation

Preferable: good knowledge of General physics and thermodynamics and process technology, heat transfer and fluid dynamics.

3. Description of Teaching Methods

Contents are presented in lectures illustrated by exercises and case studies.

4. Applicability

 

5. Workload and Credit Points

Lecture: 20 hours

Exercise: 15 hours

Laboratory: 15 hours

Preparation and follow-up: 40 hours

Preparation for the examination: 30 hours

Total: 120 hours *1 ECTS/30 hours = 4 ECTS

6. Examination and Grades

Verbal examination

7. Duration of Module

 

8. Number of Participants

 

9. Enrolment Procedure

 

10. References, Scripts

 

11. Miscellaneous

YUKLAMALAR

  1. Analyses of master programs in renewable energy and sustainable environment at Uzbek universities(Results and future steps)
  2. Development of Master Programme in Renewable Energy Sources and Sustainable Environment

XALQARO LOYIHALAR

RESURSLARIMIZ

MANZILIMIZ
170100, O'zbekiston Respublikasi, Andijon shahar,
Universitet ko'chasi 129-uy
E-pochta: agsu_info@edu.uz
Telefon/faks: 0 (374) 223 88 30
Ishonch telefon: 0 (374) 223 88 14
Transport: 75-yo'nalishdagi taksilar

BIZ IJTIMOIY TARMOQLARDA

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