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 FSSO2= sulphur emissions Method variable V2 %S = the mass weight percent of sulphur in fuel Method variable V3 Electrical power generation – European average/Country specific Updated tables from MEET/COMMUTE Method variable V4 Diesel railway emissions Updated MEET/COMMUTE database Method variable V5 Degree of electrification Updated MEET/COMMUTE database Method variable V6 Emission factors MEET/COMMUTE Method variable V7 Consumption factors MEET/COMMUTE 110 Document3 27 May 2004
D5 Annex WP 4: ETIS DATABASE METHODOLOGY AND DATABASE USER MANUAL – PASSENGER DEMAND Indicator Compilation Template No. 14 Ref. 1.3.3 Definition ETIS Glossary Computation Method (Formula) Noise levels generated by road transport + corresponding marginal unit Noise generate by a link in Watts/ Exposure to over a specific noise level in dB A general approach has been defined in COMMUTE. The default reference conditions are as follows; · average vehicle speed, v 75 km/hr · percentage heavy vehicles, p 0% · percentage uphill gradient, g 0% The formula used to derive the combined average vehicle speed and percentage heavy vehicles correction is as follows; · correction (multiply by): (v+40+500/v)^ 3.3 x (1 + 5 p/v)/7604424 The formula used to derive the percentage uphill gradient correction is as follows; · correction (multiply by): 10^ (0.03g) The formula to calculate average sound intensity in watts/m 2 at any given radial distance, r, and ignoring excess attenuation is as follows. For road traffic noise the standard reference radial distance, d, is 10 m from the side of the carriageway, which is 13.5 m from the centreline of vehicles moving along the road; · sound intensity = sound power per metre/(p x d) · sound pressure = square root (sound intensity x 415) · sound pressure level = 20 x log(sound pressure/0.00002) · link sound power= number of vehicles*corrected source sound power · corrected sound power= reference sound power per vehicle per hour*heavy vehicles correction factor* uphill gradient correction factor + Corresponding unit cost from UNITE or other reference study? RECORDIT for freight transport Document3 27 May 2004 111
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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. 14<br />
Ref. 1.3.3<br />
Definition<br />
<strong>ETIS</strong> Glossary<br />
Computation Method (Formula)<br />
Noise levels generated by road transport + corresponding marginal unit<br />
Noise generate by a link in Watts/ Exposure to over a specific noise level in dB<br />
A general approach has been defined in COMMUTE. The default reference conditions are as follows;<br />
· average vehicle speed, v 75 km/hr<br />
· percentage heavy vehicles, p 0%<br />
· percentage uphill gradient, g 0%<br />
The formula used to derive the combined average vehicle speed and percentage heavy vehicles correction is as follows;<br />
· correction (multiply by): (v+40+500/v)^ 3.3 x (1 + 5 p/v)/7604424<br />
The formula used to derive the percentage uphill gradient correction is as follows;<br />
· correction (multiply by): 10^ (0.03g)<br />
The formula to calculate average sound intensity in watts/m 2 at any given radial distance, r, and ignoring excess attenuation is as follows. For road traffic noise the standard<br />
reference radial distance, d, is 10 m from the side of the carriageway, which is 13.5 m from the centreline of vehicles moving along the road;<br />
· sound intensity = sound power per metre/(p x d)<br />
· sound pressure = square root (sound intensity x 415)<br />
· sound pressure level = 20 x log(sound pressure/0.00002)<br />
· link sound power= number of vehicles*corrected source sound power<br />
· corrected sound power= reference sound power per vehicle per hour*heavy vehicles correction factor* uphill gradient correction factor<br />
+ Corresponding unit cost from UNITE or other reference study?<br />
RECORDIT<br />
for freight transport<br />
Document3<br />
27 May 2004<br />
111