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Voluntary PROGRAMME ACTIVITY DESIGN DOCUMENT FORM (VPA-DD) - Version 01 NAME /TITLE OF THE PoA: “Qori Q’oncha – Improved Cookstove Diffusion Programme in Peru” Voluntary page 24 2009 stove number 2905 801 16957 20663 2010-2014 stove number 2997 1975 24097 29069 EFpj.bio.CO2 (tCO2eq/twood) 1,7472 EFpj.bio.nonCO2 (tCO2eq/twood) 0.11762 PEy per stove (tCO2 eq) 3.78 3.11 3.53 Results presented don’t correspond to the 90% confidence interval. The confidence interval is calculated based on the fuel saving (Bbl,y – Bpj,y), see B5.2.5. B 5.2.4 Estimated leakage: L6 i, y= ∑ ([EFtCO2*NCVt* Ct* DEt + (EFtN20+EFtCH4)]* Di* Vi* Pi, y) Fixed parameters: EFtCO2 = CO2 Emission factor for transportation for motor gasoline = 0.0693t/GJ NCVt = Net Calorific Value for motor gasoline = 44.3 GJ/t Ct=Average fuel consumption (l/km) by vehicle=1.2618 l/km DEt = Density of motor gasoline= 0.745 t/1000 l EFt N2O = N20 Emission factor for transportation for motor gasoline = 0.021 kg/km EFt CH4 = CH4 Emission factor for transportation for motor gasoline = 0.263 kg/km. Parameter collected for each cluster at VPA level: Vi=Number of vehicles for transportation of stove parts for cluster i (roundtrip) Di= Distance from spare parts production centre to farthest implementation zone for cluster i. V ADRAPERU= 12 2 V PROPERU= 8 3 V ITYF= 98 4 D ADRAPERU= 629 km (Lima- Ancash -Farthest implementation place) D ITYF 866 km (Lima- La Libertad -Farthest implementation place) D PROPERU = 100 km (Cusco-Farthest implementation place) Parameters that have to be collected each year: Pi, y = Fraction of beneficiaries whose parts are transported (for installation in first year or replacement in following years) for cluster i in year y. 2 The number of vehicles for transportation of stoves parts for each cluster was calculated using the number of cookstoves divided by the number of stove parts the vehicle can transport. The data has been given by LPP in corresponding evidence provided to DOE. 3 Idem 4 Idem This template shall not be altered. It shall be completed without modifying/adding headings or logo, format or font.
Voluntary PROGRAMME ACTIVITY DESIGN DOCUMENT FORM (VPA-DD) - Version 01 NAME /TITLE OF THE PoA: “Qori Q’oncha – Improved Cookstove Diffusion Programme in Peru” Voluntary page 25 PADRAPERU,2008-2009 = 1 PPROPERU,2008-2009 = 1 PITYF,2008-2009 = 1 L6 ADRAPERU, 2008-2009 = 0.007983516 (t/stove) L6 PROPERU, 2008-2009 = 0.001299816 (t/stove) L6 ITYF, 2008-2009 = 0.011164263 (t/stove) 5.2.5. Emission reduction calculation ERy = ∑ BEi,y - ∑ PEi,y - ∑ LEi,y = ∑Xnrb* Bbl,y * EFbl.bio.CO2 + ∑Bbl,y * EFbl.bio.nonCO2 -∑Xnrb* Bpj,y * EFbl.bio.CO2 + ∑Bpj,y * EFbl.bio.nonCO2 - ∑ LEi,y = ∑ Xnrb * (Bbl,y – Bpj,y) * EFbl.bio.CO2 + ∑(Bbl,y – Bpj,y) * EFbl.bio.nonCO2 - ∑ LEi,y According to the Methodology an expert statistical analysis is required to determine at a 90% confidence level. A t-test is performed. The lower limit of the confidence interval of the fuel saving (Bbl.y – Bpj,y) represents the value of emission reduction. Table A10: Emission reduction calculation In this VPA the test is performed with unpaired samples and unequal variance. The result of this test is then compared to 10%, whenever it is under, then hypothesis H0 (Average difference = 0) is rejected, and we can calculate the difference between the two averages with a 90% confidence level as defined by the GS methodology. According to the GS methodology, the lower bound of the 90% confidence level interval is the value of emission reduction that should be used for all stoves. PROJECT SCENARIO - PS KT ADRA PROPERU ITYF Bbl,day – Bpj,day Average differences (kg/day/stove) 0.73 3.12 2.51 Pooled standard deviation 0.13206956 0.211378176 Standard error of the difference between the means 0.041337395 0.088472271 0.16580354 7 0.05594070 9 The two samples are unpaired Do they have the same variance ? YES YES YES 14.2133468 BL variance 11.55965008 15.02758096 4 6.85134286 PS variance 8.197935709 6.821914259 9 This template shall not be altered. It shall be completed without modifying/adding headings or logo, format or font.
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Page 65 and 66: Cluster differentiatio n factors St
Page 67 and 68: Emission reduction adjustment check
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