ANNEX I
Average specific CO 2 emissions, specific CO 2 emissions targets and excess CO 2 emissions
1. VEHICLE SUB-GROUPS
Each new heavy-duty vehicle shall be attributed to one of the vehicle sub-groups defined in Table 1 in accordance with the conditions set out therein.
Table 1
Vehicle sub-groups (sg)
Heavy-duty vehicles
Cab type
Engine power
Vehicle sub-group (sg)
Rigid lorries with axle configuration 4 × 2 and technically permissible maximum laden mass > 16 tonnes
All
< 170 kW
4-UD
Day cab
≥ 170 kW
4-RD
Sleeper cab
≥ 170 kW and < 265 kW
Sleeper cab
≥ 265 kW
4-LH
Rigid lorries with axle configuration 6 × 2
Day cab
All
9-RD
Sleeper cab
9-LH
Tractors with axle configuration 4 × 2 and technically permissible maximum laden mass > 16 tonnes
Day cab
All
5-RD
Sleeper cab
< 265 kW
Sleeper cab
≥ 265 kW
5-LH
Tractors with axle configuration 6 × 2
Day cab
All
10-RD
Sleeper cab
10-LH
‘Sleeper cab’ means a type of cab that has a compartment behind the driver’s seat intended to be used for sleeping as reported in accordance with Regulation (EU) 2018/956.
‘Day cab’ means a type of cab that is not a sleeper cab.
If a new heavy-duty vehicle cannot be attributed to a vehicle sub-group because information on the cab type or engine power is not available, it shall be attributed to the long-haul (LH) vehicle sub-group corresponding to its chassis type (rigid lorry or tractor) and axle configuration (4 × 2 or 6 × 2).
Where a new heavy-duty vehicle is attributed to vehicle sub-group 4-UD, but data on the CO 2 emissions in g/km are not available for the UDL or UDR mission profiles as defined in Table 2 of point 2.1, the new heavy-duty vehicle shall be attributed to vehicle sub-group 4-RD.
2. AVERAGE SPECIFIC CO 2 EMISSIONS OF A MANUFACTURER
2.1. Specific CO 2 emissions of a new heavy-duty vehicle
The specific CO 2 emissions in g/km of a new heavy-duty vehicle v ( CO2 v
), attributed to the vehicle sub-group sg shall be calculated as follows:
where:
mp
is the sum over all mission profiles mp listed in Table 2;
sg
is the vehicle sub-group to which the new heavy-duty vehicle v has been attributed according to point 1 of this Annex;
W
sg,mp
is the mission profile weight specified in Table 2;
CO2
v,mp
is the CO 2 emissions in g/km of a new heavy-duty vehicle v determined for a mission profile mp and reported in accordance with Regulation (EU) 2018/956.
The specific CO 2 emissions of a zero-emission heavy-duty vehicle shall be set to 0 g CO 2 /km.
The specific CO 2 emissions of a vocational vehicle shall be the average of the CO 2 emissions in g/km reported in accordance with Regulation (EU) 2018/956.
Table 2
Mission profile weights (W sg,mp )
Vehicle sub-group (sg)
Mission profile ( 1 ) (mp)
RDL
RDR
LHL
LHR
UDL
UDR
REL, RER, LEL, LER
4-UD
0
0
0
0
0,5
0,5
0
4-RD
0,45
0,45
0,05
0,05
0
0
0
4-LH
0,05
0,05
0,45
0,45
0
0
0
9-RD
0,27
0,63
0,03
0,07
0
0
0
9-LH
0,03
0,07
0,27
0,63
0
0
0
5-RD
0,27
0,63
0,03
0,07
0
0
0
5-LH
0,03
0,07
0,27
0,63
0
0
0
10-RD
0,27
0,63
0,03
0,07
0
0
0
10-LH
0,03
0,07
0,27
0,63
0
0
0
Mission profile definitions
RDL
Regional delivery payload low
RDR
Regional delivery payload representative
LHL
Long haul payload low
LHR
Long haul payload representative
UDL
Urban delivery payload low
UDR
Urban delivery payload representative
REL
Regional delivery (EMS) payload low
RER
Regional delivery (EMS) payload representative
LEL
Long haul (EMS) payload low
LER
Long haul (EMS) payload representative
2.2. Average specific CO 2 emissions of all new heavy-duty vehicles in a vehicle sub-group for a manufacturer
For each manufacturer and each reporting period, the average specific CO 2 emissions in g/tkm of all new heavy-duty vehicles in the vehicle sub-group sg ( avgCO2 sg
) shall be calculated as follows:
where:
v
is the sum over all new heavy-duty vehicles of the manufacturer in the vehicle sub-group sg , excluding vocational vehicles, in accordance with point (a) of the first paragraph of Article 4;
CO2
v
is the specific CO 2 emissions of a new heavy-duty vehicle v determined in accordance with point 2.1;
V sg
is the number of new heavy-duty vehicles of the manufacturer in the vehicle sub-group sg , excluding vocational vehicles, in accordance with point (a) of the first paragraph of Article 4;
PL
sg
is the average payload of vehicles in the vehicle sub-group sg as determined in point 2.5.
2.3. The zero- and low-emission factor referred to in Article 5
2.3.1. Reporting periods 2019 to 2024
For each manufacturer and reporting period from 2019 to 2024, the zero- and low-emission factor (ZLEV) referred to in Article 5 shall be calculated as follows:
with a minimum of 0,97
where:
V
is the number of new heavy-duty vehicles of the manufacturer that meet the characteristics set out in the first subparagraph of Article 2(1), excluding vocational vehicles, in accordance with point (a) of the first paragraph of Article 4;
Vconv
is the number of new heavy-duty vehicles of the manufacturer that meet the characteristics set out in the first subparagraph of Article 2(1), excluding vocational vehicles, in accordance with point (a) of the first paragraph of Article 4 and excluding zero- and low-emission heavy-duty vehicles;
Vzlev
is the sum of Vin and Vout,
where:
Vin is
with
being the sum over all new zero- and low-emission heavy-duty vehicles that meet the characteristics set out in the first subparagraph of Article 2(1);
CO2 v
is the specific CO 2 emissions in g/km of a zero- or low-emission heavy-duty vehicle v determined in accordance with point 2.1;
LET sg
is the low-emission threshold of the vehicle sub-group sg to which the vehicle v belongs as defined in point 2.3.3;
Vout
is the total number of newly registered zero-emission heavy-duty vehicles referred to in the second subparagraph of Article 2(1), multiplied by 2, and with a maximum of 1,5 % of Vconv.
2.3.2. Reporting periods from 2025 onwards
For each manufacturer and reporting period, the zero- and low-emission factor (ZLEV) referred to in Article 5 shall be calculated as follows:
unless this sum is larger than 1 or lower than 0,97 in which case the ZLEV factor shall be set to 1 or 0,97, as the case may be
where:
x
is 0,02
y
is the sum of Vin and Vout, divided by Vtotal, where:
Vin
is the total number of newly registered low- and zero-emission heavy-duty vehicles that meet the characteristics set out in the first subparagraph of Article 2(1), where each of them is counted as ZLEVspecific in accordance with the formula below:
where:
CO2 v
is the specific CO 2 emissions in g/km of a zero- or low-emission heavy-duty vehicle v determined in accordance with point 2.1;
LET sg
is the low-emission threshold of the vehicle sub-group sg to which the vehicle v belongs as defined in point 2.3.3;
Vout
is the total number of newly registered zero-emission heavy-duty vehicles referred to in the second subparagraph of Article 2(1), and with a maximum of 0,035 of Vtotal;
Vtotal
is the total number of newly registered heavy-duty vehicles of the manufacturer in that reporting period.
Where Vin/Vtotal is lower than 0,0075, the ZLEV factor shall be set to 1.
2.3.3. Low-emission threshold
The low-emission threshold LET sg of the vehicle sub-group sg is defined as follows:
where:
rCO2
sg
is the reference CO 2 emissions of the vehicle sub-group sg , as determined in point 3;
PL sg
is the average payload of vehicles in the vehicle sub-group sg , as determined in point 2.5.
2.4. The manufacturer’s share of new heavy-duty vehicles in a vehicle sub-group
For each manufacturer and each reporting period, the share of new heavy-duty vehicles in the vehicle sub-group sg ( share sg
) shall be calculated as follows:
where:
V sg
is the number of new heavy-duty vehicles of the manufacturer in the vehicle sub-group sg , excluding vocational vehicles, in accordance with point (a) of the first paragraph of Article 4;
V
is the number of new heavy-duty vehicles of the manufacturer, excluding vocational vehicles, in accordance with point (a) of the first paragraph of Article 4.
2.5. Average payload values of all vehicles in a vehicle sub-group
The average payload value of a vehicle in the vehicle sub-group sg (PL sg
) shall be calculated as follows:
where:
mp
is the sum over all mission profiles mp ;
W
sg,mp
is the mission profile weight specified in Table 2 under point 2.1;
PL
sg,mp
is the payload value attributed to the vehicles in the vehicle sub-group sg for the mission profile mp , as specified in Table 3.
Table 3
Payload values PL sg,mp (in tonnes)
Vehicle sub-group sg
Mission profile ( 2 ) mp
RDL
RDR
LHL
LHR
UDL
UDR
REL
RER
LEL
LER
4-UD
0,9
4,4
1,9
14
0,9
4,4
3,5
17,5
3,5
26,5
4-RD
4-LH
5-RD
2,6
12,9
2,6
19,3
2,6
12,9
3,5
17,5
3,5
26,5
5-LH
9-RD
1,4
7,1
2,6
19,3
1,4
7,1
3,5
17,5
3,5
26,5
9-LH
10-RD
2,6
12,9
2,6
19,3
2,6
12,9
3,5
17,5
3,5
26,5
10-LH
2.6. Mileage and payload weighting factor
The mileage and payload weighting factor (MPW sg ) of the vehicle sub-group sg is defined as the product of the annual mileage specified in Table 4 and the payload value per vehicle sub-group specified in Table 3 of point 2.5, normalised to the respective value for vehicle sub-group 5-LH, and shall be calculated as follows:
where:
AM sg
is the annual mileage specified in Table 4 for the vehicles in the respective vehicle sub-group;
AM
5- LH
is the annual mileage specified for the vehicle sub-group 5-LH in Table 4;
PL sg
is the average payload value as determined in point 2.5;
PL
5- LH
is the average payload value for the vehicle sub-group 5-LH as determined in point 2.5.
Table 4
Annual mileages
Vehicle sub-group sg
Annual mileage AM sg (in km)
4-UD
60 000
4-RD
78 000
4-LH
98 000
5-RD
78 000
5-LH
116 000
9-RD
73 000
9-LH
108 000
10-RD
68 000
10-LH
107 000
2.7. Average specific CO 2 emissions in g/tkm of a manufacturer referred to in Article 4
For each manufacturer and each reporting period , the average specific CO 2 emissions in g/tkm ( CO 2
) shall be calculated as follows:
where:
is the sum over all vehicle sub-groups;
ZLEV
is the zero- and low-emission factor as determined in point 2.3;
share, sg
is the share of new heavy-duty vehicles in the vehicle sub-group sg as determined in point 2.4;
MPW sg
is the mileage and payload weighting factor as determined in point 2.6;
avgCO2 sg
is the average specific CO 2 emissions in g/tkm as determined in point 2.2.
3. THE REFERENCE CO 2 EMISSIONS REFERRED TO IN THE SECOND PARAGRAPH OF ARTICLE 1
The reference CO 2 emissions ( rCO2 sg
) shall be calculated for each vehicle sub-group sg on the basis of all new heavy-duty vehicles of all manufacturers of the reference period as follows:
where:
is the sum over all new heavy-duty vehicles registered in the reference period in the vehicle sub-group sg , excluding vocational vehicles, in accordance with the second paragraph of Article 1;
CO2 v
are the specific CO 2 emissions of the new heavy-duty vehicle v as determined in accordance with point 2.1, if applicable adjusted pursuant to Annex II;
rV sg
is the number of all new heavy-duty vehicles registered in the reference period in the vehicle sub-group sg , excluding vocational vehicles, in accordance with the second paragraph of Article 1;
PL sg
is the average payload of vehicles in the vehicle sub-group sg as determined in point 2.5.
4. THE SPECIFIC CO 2 EMISSIONS TARGET OF A MANUFACTURER REFERRED TO IN ARTICLE 6
For each manufacturer and each reporting period, from 1 July 2025 onwards, the specific CO 2 emissions target T shall be calculated as follows:
where:
is the sum over all vehicle sub-groups;
share sg
is the share of new heavy-duty vehicles in the vehicle sub-group sg as determined in point 2.4;
MPW sg
is the mileage and payload weighting factor as determined in point 2.6;
rf
is the CO 2 emissions reduction target (in %) applicable in that specific reporting period;
rCO2 sg
is the reference CO 2 emissions as determined in point 3.
5. EMISSION CREDITS AND EMISSION DEBTS REFERRED TO IN ARTICLE 7
5.1. CO 2 emissions reduction trajectory for emission credits
For each manufacturer and each reporting period of the years Y from 2019 to 2030, a CO 2 emissions reduction trajectory (ET Y ) is defined as follows:
where:
is the sum over all vehicle sub-groups;
share sg
is the share of new heavy-duty vehicles in the vehicle sub-group sg as determined in point 2.4;
MPW sg
is the mileage and payload weighting factor as determined in point 2.6;
rCO2 sg
is the reference CO 2 emissions as determined in point 3;
R-ET Y
is defined as follows:
for the reporting periods of the years Y from 2019 to 2025:
and, for the reporting periods of the years Y from 2026 to 2030:
rf 2025
and rf 2030
are the CO 2 emissions reduction targets (in %) applicable for the reporting periods of the years 2025 and 2030, respectively.
5.2. Emission credits and emission debts in each reporting period
For each manufacturer and each reporting period of the years Y from 2019 to 2029, the emission credits ( cCO2 Y
) and emission debts ( dCO2 Y
) (shall be calculated as follows:
If CO2 Y < ET Y :
dCO2 Y = 0
If CO2 Y > T Y for the years 2025 to 2029:
dCO2 Y = 0
In all other cases dCO2 Y and cCO2 Y are set to 0.
where:
ET Y
is the manufacturer’s CO 2 emissions reduction trajectory in the reporting period of the year Y determined in accordance with point 5.1;
CO2 Y
is the average specific CO 2 emissions of the manufacturer in the reporting period of the year Y determined in accordance with point 2.7;
T Y
is the manufacturer specific CO 2 emissions target in the reporting period of the year Y determined in accordance with point 4;
V Y
is the number of new heavy-duty vehicles of the manufacturer in the reporting period of the year Y, excluding vocational vehicles, in accordance with point (a) of the first paragraph of Article 4.
5.3. Emission debt limit
For each manufacturer the emission debt limit (limCO 2 ) is defined as follows:
where:
T 2025
is the manufacturer specific CO 2 emissions target in the reporting period of the year 2025 determined in accordance with point 4;
V 2025
is the number of new heavy-duty vehicles of the manufacturer in the reporting period of the year 2025, excluding vocational vehicles, in accordance with point (a) of the first paragraph of Article 4.
5.4. Emission credits acquired before the year 2025
Emission debts acquired for the reporting period of the year 2025 shall be reduced by an amount ( redCO2 ) corresponding to the emission credits acquired prior to that reporting period, which is determined for each manufacturer as follows:
where:
min
is the minimum of the two values mentioned between the brackets;
is the sum over the reporting periods of the years Y from 2019 to 2024;
dCO2 2025
is the emission debts for reporting period of the year 2025 as determined in accordance with point 5.2;
cCO2 Y
is the emission credits for the reporting period of the year Y as determined in accordance with point 5.2.
6. A MANUFACTURER’S EXCESS CO 2 EMISSIONS REFERRED TO IN ARTICLE 8(2)
For each manufacturer and each reporting period from the year 2025 onwards, the value of the excess CO 2 emissions ( exeCO2 Y
) shall be calculated as follows, if the value is positive:
For the reporting period of the year 2025
For the reporting periods of the years Y from 2026 to 2028
For the reporting period of the year 2029
For the reporting periods of the years Y from 2030 onwards
where:
is the sum over the reporting periods of the years Y from 2019 to 2025;
is the sum over the reporting periods of the years I from 2025 to the year Y;
is the sum over the reporting periods of the years J from 2025 to the year (Y–1);
is the sum over the reporting periods of the years J from 2025 to 2028;
is the sum over the reporting periods of the years I from 2025 to 2029;
dCO2 Y
is the emission debts for the reporting period of the year Y as determined in accordance with point 5.2;
cCO2 Y
is the emission credits for the reporting period of the year Y as determined in accordance with point 5.2;
limCO2
is the emission debt limit as determined in accordance with point 5.3;
redCO2
is the reduction of emission debts of the reporting period of the year 2025 as determined in accordance with 5.4.
In all other cases the value of the excess CO 2 emissions exeCO2 Y
shall be set to 0.
( 1 ) See mission profile definitions under this Table.
( 2 ) See mission profile definitions under Table 2 of point 2.1