D5 Annex report WP 4 - ETIS plus
D5 Annex report WP 4 - ETIS plus D5 Annex report WP 4 - ETIS plus
D5 Annex WP 4: ETIS DATABASE METHODOLOGY AND DATABASE USER MANUAL – PASSENGER DEMAND Variable definition Variable computation method Directly from a database or agreed classifications/nomenclatures Output of the model Method variable V1 N e annual number of passengers embarked at ports Aggregated port statistics Method variable V2 N d – annual number of passengers disembarked at ports Aggregated port statistics Method variable V3 p – specific port List of TENports Method variable V4 N e (p)– annual number of passengers embarked at port p Method variable V5 N d (p)– annual number of passengers disembarked at port p Port statistics Port statistics Method variable V6 Method variable V7 W L – gross weight of goods loaded at ports including packaging but excluding the tare weight of transport units (annual) W U gross weight of goods unloaded including packaging but excluding the tare weight of transport units (annual) Aggregated port statistics Aggregated port statistics Method variable V8 Method variable V9 W L (p) – gross weight of goods loaded at port p including packaging but excluding the tare weight of transport units (annual) W U (p) gross weight of goods unloaded at port p including packaging but excluding the tare weight of transport units (annual) Derived from port statistics Derived from port statistics 88 Document3 27 May 2004
D5 Annex WP 4: ETIS DATABASE METHODOLOGY AND DATABASE USER MANUAL – PASSENGER DEMAND Indicator Compilation Template No. 10 Ref. 1.3.1 Definition ETIS Glossary Estimated / measured energy consumption on roads toe per vehiclekm for road transport Computation Method (Formula) Consumption calculation examples from COMMUTE model, Commute software report, page 8 14 PASSENGER transport ( see specific formulas in Annex I): E total = E hot + E cold The consumption equations are similar to emissions equations, E can be understood as consumption cp. ref template 1.3.2. The factors can be derived from HBEFA Hand Book Emission factors for road Transport Hot running consumption Ehot= c*m m = n × l The hot consumption factor e has to be corrected because of the emission / consumption relevant influences and is calculated from an equation having the form: x å e c = ( ps × a s ) × ( pl × a l ) × e i, v , k i, v , s i, v , k , s i, v , u i, v , k , u i, v , k s = 1 u = 1 z å In the case of passenger cars, where load is considered not to affect emissions and consumption, this equation is further simplified: Document3 27 May 2004 89
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<strong>D5</strong> <strong>Annex</strong> <strong>WP</strong> 4: <strong>ETIS</strong> DATABASE METHODOLOGY AND DATABASE USER MANUAL – PASSENGER DEMAND<br />
Indicator Compilation Template No. 10<br />
Ref. 1.3.1<br />
Definition<br />
<strong>ETIS</strong> Glossary<br />
Estimated / measured energy consumption on roads<br />
toe per vehiclekm for road transport<br />
Computation Method (Formula) Consumption calculation examples from COMMUTE model, Commute software <strong>report</strong>, page 8 14<br />
PASSENGER transport ( see specific formulas in <strong>Annex</strong> I):<br />
E total = E hot + E cold<br />
The consumption equations are similar to emissions equations, E can be understood as consumption cp. ref<br />
template 1.3.2. The factors can be derived from HBEFA Hand Book Emission factors for road Transport<br />
Hot running consumption<br />
Ehot= c*m<br />
m<br />
= n × l<br />
The hot consumption factor e has to be corrected because of the emission / consumption relevant influences and is calculated from<br />
an equation having the form:<br />
x<br />
å<br />
e c = ( ps × a s ) × ( pl × a l ) × e<br />
i, v , k i, v , s i, v , k , s<br />
i, v , u i, v , k , u i, v , k<br />
s = 1 u = 1<br />
z<br />
å<br />
In the case of passenger cars, where load is considered not to affect emissions and consumption, this equation is further simplified:<br />
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