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  1. همایش راهبردهای توسعه پایدار در بخش های اجرایی کشور[پنجم و ششم دیماه1380]
ارزیابی توسعه پایدار سیستم های انرژی ساختمان های مسکونی با درنظرگرفتن جنبه های محیط زیستی، اقتصادی و اجتماعی
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ارزیابی توسعه پایدار سیستم های انرژی ساختمان های مسکونی با درنظرگرفتن جنبه های محیط زیستی، اقتصادی و اجتماعی

علی قنبری، محمد حسین Ali Ghanbari, Mohammad Hossein

  1. شماره پایان نامه:50511
  2. کد دانشکده:66
  3. پديدآور: علی قنبری، محمد حسین
  4. عنوان:ارزیابی توسعه پایدار سیستم های انرژی ساختمان های مسکونی با درنظرگرفتن جنبه های محیط زیستی، اقتصادی و اجتماعی.
  5. نام دانشگاه/پژوهشگاه:صنعتی شریف
  6. سال اخذ مدرك:1396.
  7. نام دانشکده:مهندسی و علوم
  8. مقطع:کارشناسی ارشد
  9. گرایش:مهندسی عمران - محیط زیست
  10. توصیف ظاهری:116ص.: جدول، نمودار، کتابنامه؛ چکیده به فارسی و انگلیسی
  11. یادداشت:متن به انگلیسی
  12. توصیفگر: ساختمان های مسکونی Residential Buildings
  13. توصیفگر: انرژی Energy
  14. توصیفگر: کارایی Efficiency
  15. توصیفگر: محیط زیست Environment
  16. توصیفگر: توسعه پایدار Sustainable Development
  17. توصیفگر: ارزیابی پایداری Sustainability Assessment
  18. توصیفگر: ارزیابی اقتصادی Economic Evaluation
  19. استاد راهنما. ابریشم چی، احمد

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 فهرست مطالب

  • Final - Copy - Copy - Copy.pdf
    • List of figures
    • List of tables
    • Introduction
    • 1. Chapter One
      • 1.1 Review of the Current State of Energy in Iran
      • 1.2 Global temperature rise
      • 1.3 Energy generation in the future
      • 1.4 The energy consumption of Iran and world and dependence on fossil fuels
      • 1.5 Population growth and its impact on energy consumption
    • 2. Chapter two
      • 2.1 Solar energy
      • 2.2 Types of solar electrical generation
      • 2.3 The direct method (photovoltaic systems)
      • 2.4 The need for using photovoltaic systems
      • 2.5 The main component of photovoltaic systems
        • 2.5.1 Solar Modules
        • 2.5.2 Intermediate
        • 2.5.3 Charge control
        • 2.5.4 Inverter
        • 2.5.5 Battery
        • 2.5.6 Consumer
      • 2.6 Indirect method (solar thermal)
      • 2.7 Linear parabolic power plants
      • 2.8 Central receiver power plants (Heliostat)
      • 2.9 The main components of the central receiver power plants are described below:
        • 2.9.1 Heliostat
        • 2.9.2 Mirror
        • 2.9.3 Structures
        • 2.9.4 Foundation
        • 2.9.5 Actuator system
        • 2.9.6 Solar Controller System
        • 2.9.7 Central receiver
        • 2.9.8 Heat energy transfer system
      • 2.10 Parabolic dish power plant
      • 2.11 The main components of parabolic dish power plant are as follows:
        • 2.11.1 Concentrator surface
        • 2.11.2 Sterling engine
        • 2.11.3 Tracer
          • 2.11.3.1 Following elevation angle
          • 2.11.3.2 Following Arctic
        • 2.11.4 Control System
        • 2.11.5 Structures and foundations
        • 2.11.6 Cooling system
        • 2.11.7 Recipient
      • 2.12 Recipient with direct light
      • 2.13 Indirect recipient
      • 2.14 Solar chimney (Tower)
        • 2.14.1 The performance of thermal solar chimney power plants
        • 2.14.2 The main components of a solar chimney
      • 2.15 Fresnel collectors
      • 2.16 The Performance of these solar power plants may be used in two ways:
        • 2.16.1 Conventional system
        • 2.16.2 Direct steam system
      • 2.17 History
      • 2.18 Solar Cells
      • 2.19 Basis of solar cells
      • 2.20 The first generation of technology
      • 2.21 The second generation of technology
      • 2.22 Crystalline silicon
      • 2.23 Monocrystalline cells (single crystal)
      • 2.24 Polycrystalline cells (multi-crystalline)
      • 2.25 Thin-film cells
      • 2.26 Amorphous silicon cells
      • 2.27 Copper indium di selenide cells (CIGS/CIS)
      • 2.28 Cadmium Telluride Cells (CdTe)
      • 2.29 Emerging Technology
      • 2.30 Dye-sensitized solar cells
      • 2.31 Organic solar cells
      • 2.32 Multi-Hybrid solar cells
      • 2.33 Concentrator cells
      • 2.34 The efficiency of solar cells
      • 2.35 Producer countries
      • 2.36 Producers of crystalline cells
      • 2.37 New evolution in the design of photovoltaic panels
      • 2.38 Types of using photovoltaic system
        • 2.38.1 Off-grid systems
        • 2.38.2 Grid-connected systems
        • 2.38.3 Hybrid-feeding systems
      • 2.39 Selecting the equipment of the Photovoltaic system
        • 2.39.1 Module
        • 2.39.2Inverter
    • 3. Chapter three
      • 3.1 Decentralized
      • 3.2 Portability
      • 3.3 Storage capability
      • 3.4 Reducing the losses of the network
      • 3.5 Contribute to self-sufficiency and reducing dependences
      • 3.6 Reducing greenhouse gases emissions and air pollution
      • 3.7 Export and sale of energy
    • 4. Chapter four
      • 4.1 Factors affecting the amount of radiation received from the sun
        • 4.1.1 A geometric factor
        • 4.1.2 Astronomical factors
        • 4.1.3 Climate factors
        • 4.1.4 Geographical factors
        • 4.1.5 Physical factors
      • 4.2 Solar radiation maps design methods
      • 4.3 Solar radiation qualification examination at different parts of Iran
      • 4.4 Geographic location of Iran
      • 4.5 General solar radiation circumstances in Iran
      • 4.6 Radiation status in cities of Iran
        • 4.6.1 Radiation status in Yazd
        • 4.6.2 Radiation situation in Golestan city
        • 4.6.3 Radiation situation in Khorasan Razavi
        • 4.6.4 Radiation situation in South Khorasan city
        • 4.6.5 Radiation Situation in Alborz Province
        • 4.6.6Radiation situation in Semnan city
        • 4.6.7Radiation situation in Isfahan city
        • 4.6.8 Radiation situation in Kerman city
        • 4.6.9Radiation situation in Khuzestan city
        • 4.6.10Radiation situation Sistan and Balichestan city
      • 4.7 Status check of solar radiation in Germany
      • 4.8 Compare the Radiation and Solar Power Generation in Iran and Turkey
    • Chapter five
      • 5.1 The cost estimation for installing the solar power generators in the building
      • 5.2 The method of calculating the electricity bill of a sample subscriber with the tariff of 2016 (60-day period)
      • 5.3 Calculating the costs of a photovoltaic system for a residential building in Alborz Province
        • 5.3.1 The first strategy: using off-grid solar panels for household loads
        • 5.3.2 The second strategy: the use of grid-connected solar panels for selling to the grid
        • 5.3.3 The third strategy: the use of grid-connected solar panels for selling to the grid and internal consumption
      • 5.4 A look at implementing the plan of solar power system in an office-residential building in Alborz Province
      • Chapter six
    • References
  • چکیده
    • چکیده
  • 4_5823660239567716465 - eslahe arm
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