D5 Annex report WP 4 - ETIS plus

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D5 Annex WP 4: ETIS DATABASE METHODOLOGY AND DATABASE USER MANUAL – PASSENGER DEMAND x å e c = ( ps × a s ) × e i, v , k i, v , s i, v , k , s i, v , k s = 1 For the calculation of the corrected hot consumption of the vehicle fleet, the equation for the basic hot emissions has to be converted to: i = categories æ EC = å ç n × l × p × ec è w å ( ) hot , k i i i , v i , v , k i = 1 v = 1 ö ÷ ø Effectively, the product n i .l i in the above equation corresponds to “vehiclekilometre” (number of vehicles by travel distance) for each vehicle category i. For gasoline (with and without catalyst) and diesel cars (without catalyst), the formula for excess consumption) is in the following form: excess consumption= w×[f(V)+g(T)1]×h(d) d = d / d c engine start temperature (in °C) for starts at an intermediate temperature It is assumed that the excess emission of diesel cars with oxidation catalyst is proportional to the excess emission of diesel cars without catalyst, according to the following equation: 90 Document3 27 May 2004
D5 Annex WP 4: ETIS DATABASE METHODOLOGY AND DATABASE USER MANUAL – PASSENGER DEMAND excess consumption for diesel cars with catalyst excess consumption for diesel cars without catalyst = a Cold correction E c = å i ( i ) æ cm s, v ç tf i × × w i × è 100 å å å the following parameters are model internal data: cm (s, vi) j k m é p × p × p ê ë 10 6 × d j k m m d m × ( f ( V j ) + g ( T k ) - 1 ) × h æ ö ù ö ç ÷ ú ÷ è d c (V j ) ø û ø percentage of mileage recorded under cold start or intermediate temperature conditions for season s and overall speed vi of vehicle type i (%) wi reference excess emission for vehicle type i (g) j speed class with a cold engine k class of startup engine temperature m trip length class pj percentage of the trips travelled at speed j with a cold engine, for the overall average speed considered (%) pk percentage of the trips travelled with a startup engine temperature Tk (%) pm percentage of trips started with a cold engine and distance dm, for speed Vj with a cold engine (%) dm average distance of the trips under cold start conditions of class m (km) Vj average speed with a cold engine corresponding to class j (km/h) Tk average startup temperature of class k (°C) f, g, h and dc are provided as coefficients relevant for calculating cold emissions Document3 27 May 2004 91
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D5 Annex report WP 4: : ETISDatab
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D5 Annex WP 4: ETIS DATABASE METHOD
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Page 63: ANNEX A DESCRIPTION OF INDICATORS C
Page 67: ANNEX B DESCRIPTION OF SUPPORTING I
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Page 115 and 116: ANNEX D EUROSTAT NEW CRONOS TABLES
Page 121: ANNEX E PASSENGER FLOWS FRANCE - TE
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ANNEX F OBSERVED ODDATELINE MATRI
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