Project #3 Presentation11111111111111111.pptx

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1. Project Type & no: Residential Group # 1 Group Members: Murtaza Askari & Muzhda Sahadat Estimating Energy Use of Indicators (Carbon-Dioxide Emissions) December S u M o T u W e T h F r S at 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 Presentation Date

2. Project Objective Specify different energy sources Source severance Find out total energy consumption of building Finding conversion rate and finally calculation of total CO2 emission

3. Approach Our Approach 1. Using previous project data and summarizing them in specific categories 2. Severance of electrical energy based on the amount received Use CO2 conversion rates based on standards Convert total energy used by the equipment to CO2 Emissions Compute CO2 emission per Sq -meter of building

4. Annual energy consumption Unit (kwh) 866.21 16% 502.53 9 % 184.17 3 % 1960 3 6% 1350 25% 608.4 11% Annual energy consumption graph which computed according to previous project. We used this data to acquire Co2 emission of delivered energy.

5. Project Outcome Delivered Energy Quantity per year Unit Source Decomposition Conversion Rate to CO2 CO2 Value in tones Remarks Hot water Supply 1350 kwh Hydro-Power ( Im ) 945 kwh 18.5 gr/kwh 0.0175 Electricity from DABS : Imported hydro power 70% Internal hydro power20% Thermal 10% Hydro-Power (In) 270 kwh 22.68 gr/kwh 0.0061 Thermal-Power 135 kwh 245 gr/kwh 0.0331 Lighting 184.17 kwh Hydro-Power ( Im ) 128.92 kwh 18.5 gr/kwh 0.0024 Electricity from DABS : Imported hydro power 70% Internal hydro power20% Thermal 10% Hydro-Power (In) 36.83 kwh 22.68 gr/kwh 0.0008 Thermal-Power 18.42 kwh 245 gr/kwh 0.0045

6. Project Outcome Heating system Coal 506.21 kwh / 506.21 kwh 398 gr/kwh 0.2015 3024kg coal per winter (Period 3.5 months) Electric 360 kwh Hydro-Power (Im) 252 kwh 18.5 gr/kwh 0.0047 Electricity from DABS : Imported hydro power 70% Internal hydro power20% Thermal 10% Hydro-Power (In) 72 kwh 22.68 gr/kwh 0.0016 Thermal-Power 36 kwh 245 gr/kwh 0.0088 Cooling system 608.4 kwh Hydro-Power (Im) 425.88 kwh 18.5 gr/kwh 0.0079 Electricity from DABS : Imported hydro power 70% Internal hydro power20% Thermal 10% Hydro-Power (In) 121.68 kwh 22.68 gr/kwh 0.0028 Thermal-Power 60.84 kwh 245 gr/kwh 0.0149 Delivered Energy Quantity per year Unit Source Decomposition Conversion Rate to CO2 CO2 Value in tones Remarks

7. Project Outcome Liquid Gas 1960 kwh / 1960 kwh 217.62 gr/kwh 0.427 LPG Electric Appliances 502.53 kwh Hydro-Power (Im) 351.77 kwh 18.5 gr/kwh 0.0065 Electricity from DABS : Imported hydro power 70% Internal hydro power20% Thermal 10% Hydro-Power (In) 100.51 kwh 22.68 gr/kwh 0.0023 Thermal-Power 50.25 kwh 245 gr/kwh 0.0123 TOTAL 0.7547   Delivered Energy Quantity per year Unit Source Decomposition Conversion Rate to CO2 CO2 Value in tones Remarks

8. Project Outcome We calculated ( 0.7547 tons ) total CO2 emission There fore we can acquire CO2 emission per sq -meter of apartment: Carbon-Dioxide per Area of Building Sq-meter is apartment area as before we introduced building in details with Architectural plans. 150 CO2 CO2 CO2 CO2 CO2 8 0.005031 tons/m2 or 5.03 kg /m2

9. Countries annual CO2 emission

10. Countries annual CO2 emission

11. Afghanistan annual CO2 emission

12. Lessons Learned How calculate pollution of different energy sources Finding CO2 rates Understanding appliances CO2 emission Effects of various fuel

13. Thank you a bunch any question? 13