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AVEZOVA NILUFAR RABBANAKULOVNA

CURRICULUM VITAE

1. Name:  AVEZOVA  NILUFAR  RABBANAKULOVNA

2. Date of Birth: 31/08/1972     

3. Citizenship: Uzbekistan

4. Complete personal contact details:

 

Adress:

21- 7, D20A - Block, Chilonzor District, Tashkent, Uzbekistan,100156

Telephone:

 (998-93) 536-89-98, (Mobile)

E-mail:

nilufar72@mail.ru (personal) avezov@uzsci.net  

 

5.      Education:

Physical - Technical Institute SPA “Physics - Sun”, Academy of Sciences, 2B, Bodomzor Yuli Str.,Tashkent, 100084,Uzbekistan

2004

01 #008202, Ph. D

TashkentStateUniversity

1994

# 44334, MSс

 6.      Membership in Professional Associations:

  • Director of Solar Plus Ltd.
  • One of the authors of the concept and project of a law on renewable energy inRepublicofUzbekistan
  • Head of “Solar thermal and energy installations” labaratory at the Physical-Technical Institute of SPA “Physics-Sun” of Academy of Sciences Uzbekistan.
  • Executive secretary of International Journal “Applied Solar Energy”
  • Head of the “Solar heat supply” department of International Solar Energy Institute

7.      Other Training:         

  • “Training course on Utilization of the Electric Power of the Solar Energy for central Asian countries”, China, 2011. 
  • “Training course on Environment and Sustainable Development” Oslo, Norway, 2009.
  • “Training course on power plants and RE”, Sc. Petersburg, Russia, 2010.
  • “Training course on Environment and Sustainable Development”, Alma – Ata, Kazakhstan, 2010

         

8.       Languages:   Uzbek (native, excellent); Russian (excellent); English (good);                                 

9.      Employment:

           

From:   2014

Employer:       International Solar Energy Institute

Positions held: Head of the department

From:   2013

Employer:       “Mir – Solar” Ltd.

Positions held: General Consultant

From:   2008

To:       present

 

 

To:       present

 

 

To:       2013

Employer:          “Solar – Plus” Ltd.

Positions held:    Director

From:   2005

To:       present

Employer:          Physical-technical Institute SPA “Physics-Sun”, Academy of Sciences of Uzbekistan

Positions held:    Head of the laboratory

From:   2005

To:       2008

Employer:          Physical-technical Institute SPA “Physics-Sun”, Academy of Sciences of Uzbekistan

Positions held:    Senior Researcher

From:   2002

To:       2005

Employer:          Physical-technical Institute SPA “Physics-Sun”, Academy of Sciences of Uzbekistan

Positions held:    Junior researcher

From:   1994

To:       1999

Employer:          Physical-technical Institute SPA “Physics-Sun”, Academy of Sciences of Uzbekistan

Positions held:    Engineer

 

10. Projects

Name of assignment or project: Capacity Building in Development of Policy Framework for Promotion of Low Carbon Emission Societies in Central Asia. (Kazakhstan, Kyrgyzstan, Tajikistan)

Year: 2014-2015

Location:Tashkent,Uzbekistan

Client: UNEP

Positions held: International Expert

 

Name of assignment or project: Development of the Policy Development and Technical Action Plan on Renewable Energy Sources in the Republic of Uzbekistan. (Uzbekistan)

Year: 2014-2015

Location: Tashkent, Uzbekistan

Client: UNEP

Positions held: Project leader

Activities performed: The Roadmap was developed on Solar Power and RES of the Republic of Uzbekistan.    

 

Name of assignment or project: Investigation the optical and heat-technical behaviors of “transparent isolation – light absorber heat exchanging panel” system of plate-flat solar heat collectors.

Year: 2007-2011

Location:Tashkent,Uzbekistan

Client:UzbekAcademy of Sciences

Positions held: Project leader

Activities performed:

  • The results of studies on the development of integrated methods of optimization parameters sheet in a tube light absorbing heat panels of flat solar collectors for heating the liquid coolant, which takes into account the presence of coherence between optimizable parameters. A practical example of implementing the proposed technique for sheet in a tube light absorbing heat panels made by extrusion have been demonstrated.

Name of assignment or project: Increase of efficiency of complex light transparent enclosures with partially light absorbing layer of insolating passive systems of solar heating

Year: 2002-2007.

Location:Tashkent,Uzbekistan.

Client:UzbekAcademy of Sciences

Positions held: Participant

Activities performed:

  • Settlement expression for specific capacity of an internal source of heat in partially light absorbing layer of complex light transparent enclosures in which for the first time is established the repeated internal reflection of taking place solar radiation between its borders of sections and it’s exponential distribution on thickness of a considered layer is taken into account; the technique and settlement expressions for definition of optical and thermal-technical characteristics of complex double and triple light transparent enclosures of insolating passive systems of solar heating is offered; the mathematical model and their numerical realization on account of non-stationary thermal modes of a building heated by insolating passive systems and partially light absorbing layer of complex light transparent enclosures is offered.
  • Results of the executed researches allows to develop and to give out scientific - reasonable initial data on designing and creation multilayer ventilation with partially light absorbing layer of complex light transparent enclosures of insolating passive systems of solar heating allowing to ensure economy of traditional fuel and energy resources, inhabited buildings, going on winter heating, on 25-40%.

Name of assignment or project: Research and development of Solar Desalination systems of greenhouse type with multistage recuperative evaporation-condensation chambers.

Year: 2006-2008

Location:Tashkent,Uzbekistan.

Client:Tashkent,Uzbekistan.

Positions held: Participant

Activities performed:

  • The multistage solar desalination system of greenhouse type was developed.

Name of assignment or project: Combined solar – fuel boiler for hot water and heat supply in Agalik village (innovative project).

Year: 2005-2007

Location: Agalik village, Samarqand region.

Client: Uztransgas

Positions held: Participant.

Activities performed:

  • The combined solar – fuel boiler for hot water and heat supply was built. Population of Agalik village is 300 persons.

Project of basic researches

Calculation theoretical bases of the thermal mode and optimization of critical parameters insulation solar heating systems with energy active translucent covers.

Year: 2012-2016

Innovative project

Creation and commissioning of solar heat supply systems and air conditioning is the administrative – household case of ME JSC “Tashelektromash”.

Year: 2015-2016

Scientific and technical project

Development and realization of express methods of thermal test and determination of the critical heat engineering parameters of flat-plate solar collectors and absorbers for heating of the heat transfer fluid.

Year: 2015-2017

Scientific and technical project

Development and optimization of absorbing helioprefixes critical parameters for the low-power fuel boiler decentralized heat supply systems

Year: 2012-2014

 

           Patents: 13

          

           In 2014 was awarded the "Order of Shukhrat" of Merit before Country.

 

           Reviewer of “Applied Solar Energy” International Journal and ELSEVIER.

 

  1. Publications
  • (more than 150 scientific papers in the referred journals)
  1. Avezova N.R. Heat Transfer Coefficient from Light-Absorbing Heat Exchanging Panel to the Heat Transfer in Flat-Plate Solar Collectors and Absorbers for Heating of the Heat Transfer Fluid // International Journal of Engineering and Advanced Research Technology (IJEART). – India: January, 2016. – V.2. I.1. – PP.39-40.
  2. Avezov R.R., Avezova N.R., Suleimanov Sh.I., Khaitmukhamedov A.E. Vokhidov A.U. Dependence of Enginering-and-Economical Indicators of Flat-Plate Solar Water-Heating Collectors from Temperature of Water Heating in Double-Circuit Hot-Water-Supply Systems // International Journal of Emerging, Engineering Research and Technology (IJEERT). – India: October, 2015. – V.3. I.10. – PP.14-18.
  3. N.R. Avezova, A.U. Vokhidov, D.U. Abdukhamidov, E.Yu. Rakhimov. Impact of the Partial Absorption of Solar Radiation in Translucent Covers of the Flat-Plate Solar Collector Housing on the Heat Losses of Their Light-Absorbing Heat Exchange Panel into the Ambient//Applied Solar Energy, (Allerton Press Inc./New York).Vol.52. №3. 197-200pp. 2016.
  4. N.R.Avezova, R.R. Avezov. A Procedure for Accelerated Determination of Main Heat Engineering Parameters of Flat-Plate Solar Collectors for Heating of a Heat Transfer Fluid//Applied Solar Energy, (Allerton Press Inc./New York).Vol.52. №2. 93-96pp. 2016.
  5. N.R.Avezova, R. R. Avezov, D. U. Abdukhamidov. Optic Characteristics of the Layer of Energy Active Translucent Enclosures of Insulation Heating Systems, Mated with Partially Radiation-Absorbing Laminate Film//Applied Solar Energy, (Allerton Press Inc./New York).Vol.51. №4. 288-291pp. 2015.
  6. N.R.Avezova. Procedure for determining the average heat-transfer temperature in heat removal channels of flat solar collectors and other thermal engineering parameters and complexes according to thermal testing results // Applied Solar Energy, (Allerton Press Inc./New York).Vol.51. №3. 172-176pp. 2015.
  7. N.R.Avezova, R.R.Avezov. No-contact method of determining average working-surface temperature of plate-type radiation-absorbing thermal exchange panels of flat solar collectors for heating heat-transfer fluid // Applied Solar Energy, (Allerton Press Inc./New York).Vol.51. №2. 85-87pp. 2015.
  8. N.R.Avezova, R.R.Avezov. Dependence of the coefficient of environmental thermal losses of radiation-absorbing thermal exchange panels of flat solar collectors for heating heat-transfer fluid from their average operating and ambient temperatures // Applied Solar Energy, (Allerton Press Inc./New York).Vol.51. №1. 10-14pp. 2015.
  9. N.R.Avezova, R.R.Avezov, Yu.K.Rashidov, F.Sh.Kasimov. The fuel-replacement factor of insolation passive solar-heating systems with a three-layer translucent shield with a partially ray absorbing transforming film on the inside // Applied Solar Energy, (Allerton Press Inc./New York).Vol.50. №4. 278-281pp. 2014.
  10. N.R.Avezova, R.R.Avezov, Yu.K.Rashidov, К.A.Samiev. Modell-based analysis of nonstationary thermal mode in premises with an insolation passive heating system with a three-layer translucent shield // Applied Solar Energy, (Allerton Press Inc./New York).Vol.50. №3. 184-187pp. 2014.
  11. N.R.Avezova, R.R.Avezov, К.A.Samiev. Modeling the stationary thermal conditions of a premises heated by a passive insolation system containing a three-layer translucent shield with a partially ray-absorbing film on its inner surface // Applied Solar Energy, (Allerton Press Inc./New York).Vol.50. №1. 30-34pp. 2014.
  12. N.R.Avezova, R.R.Avezov, O.S.Ruziev, A.Vakhidov, Sh.I.Suleimanov. Resource indices of flat solar water-heating collectors in hot-water supply systems. Part 3. Source data for calculations dependent overall weight and dimensions and thermal behavior and the optical properties of translucent covering of its case// Applied Solar Energy, (Allerton Press Inc./New York).Vol.50. №3. 13-20pp. 2013.
  13. N.R.Avezova, R.R.Avezov, O.S.Ruziev, A.Vakhidov, Sh.I.Suleimanov. Resource indices of flat solar water-heating collectors in hot-water supply systems. Part 2. Source data for calculations (External Factors) // Applied Solar Energy, (Allerton Press Inc./New York).Vol.49. №2. 73-82pp. 2013.
  14. N.R.Avezova, R.R.Avezov, O.S.Ruziev, A.Vakhidov, Sh.I.Suleimanov. Longevity characteristics of flat solar water-heating collectors in hot-water supply systems. Part.1. Procedure for calculating collector heating efficiency//Applied Solar Energy. Vol.49. №2. 10-23pp. 2013.
  15. N.R.Avezova, R.R.Avezov, O.S.Ruziev, A.Vakhidov. Effective scaled heat loss coefficient for translucent coatings of planar water-heating solar collectors // Applied Solar Energy, (Allerton Press Inc./New York).Vol.48. №4. 19-26pp.  2012.
  16. N.R.Avezova, R.R.Avezov, A.L.Aguera, J.S.Akhatov, К.A.Samiev, Thermal optimization the width of light absorbing plate of sheet-tube solar absorbers for preheating of feed water in combined solarfuel systems of hot water supply // ICREPQ, Spain, 2012, 27-28 march.
  17. R.R.Avezov, J.S.Akhatov, N.R.Avezova. A review on photovoltaic-thermal (PV-T) air and water collectors // Applied Solar Energy, (Allerton Press Inc./New York).Vol.47. №3. 9-23pp. 2011.
  18. N.R.Avezova. Complex optimization of parameters of sheet-piped beam-absorbing heat exchange panels of flat solar collectors for heating liquid heat carrier // Applied Solar Energy, (Allerton Press Inc./New York).Vol.47. №1. 5-11pp. 2011.
  19. N.R.Avezova, J.S.Akhatov, A.S.Halimov, Performance study of small scale solar PV powered RO desalination system // ISES solar world congress 28 August -2 September 2011, Kassel, Germany.
  20. N.R.Avezova, К.A.Samiev, J.S.Akhatov, Study of the performance of greenhouse with short term heat storage and night insulation // ISES solar world congress 28 August -2 September 2011, Kassel, Germany.
  21. R.R.Avezov, N.R.Avezova, J.S.Akhatov, К.A.Samiev, Optimization of distance between tubes of sheet-tube heat transfer panels of flat plate solar water heating collectors // ISES solar world congress 28 August -2 September 2011, Kassel, Germany.
  22. N.R. Avezova, Simplified Procedure for Determining the Heat Performances of Flat Solar Water Heating Collectors. Applied Solar Energy. Vol.46. №3., 172-175pp. 2010.
  23. N.R.Avezova, Effect of thermotechnical parameters of beam-absorbing plate on the optimum intertubular distance of tube-on-sheet panels of palne solar collectors // Applied Solar Energy, (Allerton Press Inc./New York).Vol.47. №2. 121-124pp. 2010.
  24. N.R.Avezova, K.A.Samiev, J.S.Akhatov, Theoretical investigation of thermal characteristics of greenhouse with short term heat storage and night insulation // Accepted to International Conf. EuroSun-2010, 28 September -01. October Graz, Austria.
  25. N.R.Avezova, J.S.Akhatov, K.A.Samiev, A.S.Halimov, E.T.Juraev Investigations of the performance of small scale solar PV powered ro desalination system // Accepted to International Conf. EuroSun-2010, 28 September -01 October Graz, Austria.
  26. N.R. Avezova. Solar radiation absorptance in tray solar water heating collectors with exposed evaporation surface. Applied Solar Energy. Vol. 45. №4. 233-236pp. 2009.
  27. N.R.Avezova, R.R.Avezov. Influence of radiation attenuation coefficient of light transparent coating and radiation reflection coefficient of radiation absorbing surface of heat exchange coefficient in the “Light transparent coating/radiation absorbing heat exchange panel” system of flat solar collectors // Applied Solar Energy, (Allerton Press Inc./New York).Vol.45. №2. 81-83pp. 2009.
  28. N.R.Avezova, R.R.Avezov. Impact of solar radiation attenuation coefficient of translucent cover material on heat efficiency of “translucent cover-radiation absorbing heat-exchange panel” system of flat solar collectors  // Applied Solar Energy, (Allerton Press Inc./New York).Vol.44. №4. 243-249pp. 2008.
  29. R.R.Avezov, N.R.Avezova, K.A.Samiev. Effective absorbability of “translucent cover – radiation absorbing heat-exchange panel” system of flat solar collectors  // Applied Solar Energy, (Allerton Press Inc./New York).Vol.44. №3. 161-164pp. 2008.
  30. N.R.Avezova, R.R.Avezov, K.A.Samiev. Effective reflectivity of “Transparent-cover-radiation-absorbing heat-exchange panel” system of flat solar collectors // Applied Solar Energy, (Allerton Press Inc./New York).Vol.44. №2., 100-103pp. 2008.
  31.  R.R.Avezov, N.R.Avezova, K.A.Samiev. Temperature field and heat flows through transparent covers of flat-plate solar collector housing. Applied Solar Energy. Vol.44. №1., 13-17pp. 2008.
  32. R.R.Avezov, N.R.Avezova, S.L.Lutpullaev, K.A.Samiev, B.S.Faizullaev. Heat power capacity of the internal source in light-transparent coating of planar solar collectors. Applied Solar Energy. Vol.43. №3., 136-140pp. 2007.
  33.  R.R.Avezov, N.R.Avezova, K.A.Samiev. Transmission coefficient of the transparent insulation of flat diffuse solar radiation heating systems. Applied Solar Energy. Vol.43. №1., 6-8pp. 2007.
  34. N.R.Avezova. The calculation procedure for total solar radiation incident on the lateral surface of a semisylindrical heat receiver. Applied Solar Energy. Vol.36. №3., 74-77pp. 2006.
  35. N.R.Avezova, K.A.Samiev. Thermal efficiency of compound transparent cover of passive insolation systems of solar heating with partially light absorbing layers. Applied Solar Energy. Vol.42. №2., 50-56pp. 2006.
  36. N.R.Avezova. Thermal efficiency of a heat storage for solar hot-water supply systems. Applied Solar Energy. Vol.42. №2., 56-60pp. 2006.
  37. N.R.Avezova, K.A.Samiev. The effect of thickness and attenuation factor on the temperature mode of partially light absorbing layers of compound transparent covers of passive insulation systems of solar heating. Applied Solar Energy. Vol.41. №3., 54-61pp. 2005.


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