EN
10.11.2022
Official Journal of the European Union
L 290/403
3.13.
Delta in CO2 emissions of period j expressed in g/s is then calculated following the equation: ΔCO2,j = kv,2 × (Pi,j2 – Pm,j2) where: ΔCO2,j
is the delta in CO2 emissions of period j expressed, g/s;
kv,2
is the slope of the Veline equation-2, g CO2/kWs;
Pi,j2
is the average target power of the considered period j calculated using POVERRUN,2 , kW;
Pm,j2
is the average actual/measured power of the considered period j calculated using POVERRUN,2 , kW;
j
is the considered period j and it can be the cycle phase or the total cycle.
3.14.
The final distance and speed corrected CO2 emissions of period j is calculated following the equation:
MCO2;j;2b ¼ ðΔCO2;j þ MCO2;j;k Ü
dm;j Þ Ü tj =di;j tj
where: MCO2,j,2b
is distance and speed corrected CO2 emissions of period j, g/km;
MCO2,j,k
is CO2 emissions of period j according to step k in Table A7/1 in Annex B7, g/km;
ΔCO2,j
is the delta in CO2 emissions of period j expressed, g/s;
ti
is the duration of considered period j, s;
dm,j
is the actually driven distance of the considered phase j, km;
di,j
is the target distance of the considered period j, km;
j
is the considered period j, which can either be the cycle phase “p” or the total cycle “c”;
k
is “1” if the considered period j is the cycle phase, or “2” if the considered period j is the total cycle.