Reporting element

ID (1)

Specification

Scope (2)

Unit

GWP (3)

Year

Target year for climate-neutrality

Indirect CO2-emissions included (yes/no)? (11)

X-3 (10)

X-2

2030

2040

2050

Climate-neutrality (4)

A1

Miap

Role of removals (5)

A2

Miap

ktCO2e

AR 5

National GHG target –

for 2030 and beyond, if available, and indicative milestones for 2040 and 2050.

B

Miap

Total GHG emissions excluding LULUCF, excluding international aviation (6)

ktCO2e

AR 5

C

Miap

Total GHG emissions including LULUCF, excluding international aviation (6)

ktCO2e

AR 5

D

Miap

Total GHG emissions including LULUCF, including international aviation (6)

ktCO2e

AR 5

Historic emissions

E

Miap

Total GHG emissions excluding LULUCF, excluding international aviation (7)

ktCO2e

AR 5

F

Miap

Total GHG emissions including LULUCF, excluding international aviation (7)

ktCO2e

AR 5

G

Miap

Total GHG emissions including LULUCF, including international aviation (7)

ktCO2e

AR 5

Article 18 WEM scenario

H

Miap

Total GHG emissions excluding LULUCF, excluding international aviation (8)

ktCO2e

AR 5

I

Miap

Total GHG emissions including LULUCF, excluding international aviation (8)

ktCO2e

AR 5

J

Miap

Total GHG emissions including LULUCF, including international aviation (8)

ktCO2e

AR 5

Article 18 WAM scenario

K

Miav

Total GHG emissions excluding LULUCF, excluding international aviation (8)

ktCO2e

AR 5

L

Miav

Total GHG emissions including LULUCF, excluding international aviation (8)

ktCO2e

AR 5

M

Miav

Total GHG emissions including LULUCF, including international aviation (8)

ktCO2e

AR 5

Current progress (X-3):

Difference between historical data and values in line with national GHG target path

N1

n/a

Total GHG emissions excluding LULUCF, excluding international aviation

Percent (9)

AR 5

O1

n/a

Total GHG emissions including LULUCF, excluding international aviation

Percent (9)

AR 5

P1

n/a

Total GHG emissions including LULUCF, including international aviation

Percent (9)

AR 5

Current progress (X-2):

Difference between historical data and values in line with national GHG target path

N2

n/a

Total GHG emissions excluding LULUCF, excluding international aviation

Percent (9)

AR 5

O2

n/a

Total GHG emissions including LULUCF, excluding international aviation

Percent (9)

AR 5

P2

n/a

Total GHG emissions including LULUCF, including international aviation

Percent (9)

AR 5

Projected progress:

Difference between WEM scenario and values in line with national GHG target path

Q

n/a

Total GHG emissions excluding LULUCF, excluding international aviation

Percent (9)

AR 5

R

n/a

Total GHG emissions including LULUCF, excluding international aviation

Percent (9)

AR 5

S

n/a

Total GHG emissions including LULUCF, including international aviation

Percent (9)

AR 5

Projected progress:

Difference between WAM scenario and values in line with national GHG target path

T

n/a

Total GHG emissions excluding LULUCF, excluding international aviation

Percent (9)

AR 5

U

n/a

Total GHG emissions including LULUCF, excluding international aviation

Percent (9)

AR 5

V

n/a

Total GHG emissions including LULUCF, including international aviation

Percent (9)

AR 5

Reporting element

ID

Specification

Unit

GWP (12)

Year

X-3 (20)

X-2

t

t+5

t+10

Annual emission allocation (AEA) (13)

A

M

ktCO2e

AR 5

Total Effort Sharing emissions in X-3 and X-2 (14)

B

M

ktCO2e

AR 5

Total Effort Sharing emissions – WEM scenario (15)

C

M

ktCO2e

AR 5

Total Effort Sharing emissions – WAM scenario (15)

D

Miav

ktCO2e

AR 5

Total Effort Sharing emissions – WOM scenario (15)

E

Miav

ktCO2e

AR 5

Current progress:

Difference between AEA and reported total ESR emissions in X-3 and X-2 (16)

F

n/a

ktCO2e

AR 5

Projected progress:

Difference between AEA and total ESR emissions in the WEM scenario (17)

G

n/a

ktCO2e

AR 5

Projected progress: Difference between AEA and total ESR emissions in the WAM scenario (18)

H

n/a

ktCO2e

AR 5

Projected progress:

Difference between AEA and total ESR emissions in the WOM scenario (19)

I

n/a

ktCO2e

AR 5

Reporting element

ID

Specification

Description

Unit

GWP (21)

Year

X-3 (25)

X-2

t

t+5

t+10

Land Use, Land-Use Change and Forestry (22)

A

M

ktCO2e

AR 5

Land Use, Land-Use Change and Forestry in the WEM scenario (23)

B

M

ktCO2e

AR 5

Land Use, Land-Use Change and Forestry in the WAM scenario (23)

C

Miav

ktCO2e

AR 5

LULUCF commitment stated in current NECP (24)

D

Miap

National target/objective (27)

Specification

Reporting Element

Name of national target/objective

Sector(s) addressed

Description (28)

Unit (29)

GWP used (30)

Year

X-3 (31)

X-2

t

t+5

t+10

National target/objective #1  (27)

Miap

Target/objective

Current progress

Projected progress under WEM scenario

Projected progress under WAM scenario

National target/objective #2  (27)

Miap

Target/objective

Current progress

Projected progress under WEM scenario

Projected progress under WAM scenario

Add further rows if needed for any other national target/objective

Miap

Target/objective

Current progress

Projected progress under WEM scenario

Projected progress under WAM scenario

Reporting element

Specification

Unit

Year

X-3

X-2

Gross final consumption of energy from renewable sources

M

ktoe

Gross final consumption of energy with aviation adjustment

M

ktoe

Overall RES share

M

%

Renewable electricity generation (with normalisation)

M

GWh

Total Gross Electricity Consumption

M

GWh

RES-E generation share

M

%

RES-T numerator with multipliers

M

ktoe

RES-T denominator with multipliers

M

ktoe

RES-T consumption share

M

%

RES-H&C numerator

M

ktoe

RES-H&C denominator

M

ktoe

Of which waste heat and cold utilised through district heating/cooling networks

M (2)

ktoe

RES -H&C share

M

%

RES-H&C share with waste heat and cold

M

%

Energy from renewable sources and from waste heat and cold used in district heating and cooling

M (2)

ktoe

Energy from all sources used for district heating and cooling

M (2)

ktoe

Share of energy from renewable sources and from waste heat and cold in district heating and cooling

M (2)

%

Statistical transfers/Joint projects/joint support schemes – total amount to be added

M (2)

Ktoe

Statistical transfers/Joint projects/joint support schemes –total amount to be deducted

M

ktoe

Indigenous renewable hydrogen production

V

ktoe

Indigenous biogas production

V

ktoe

In case one or more of the RES shares in X-3 or X-2 have fallen below the national trajectory as reported in the integrated national energy and climate plan, or the baseline share of 2020, explain the reasons for this development and information on additional measures that are planned in order to cover the gap compared to the national reference point.

Miap

Please provide information on whether the MS intends to use waste heat and waste cold for the purposes of fulfilling the H&C target (Article 23) and DH&C targets (Article 24) of REDII (pursuant to Article 23(1) of REDII) and accordingly whether the MS plans to apply target 1.1 ppt (pure RES) or 1.3 (RES + waste heat/cold).

Miap

In case the average annual increase is lower than the H&C target in Article 23 of REDII, please state the achieved level and provide reasons, including of choice of measures (pursuant to the second and third subparagraphs of Article 23(2) of REDII)

Miap

Renewable energy technology

Specification

Unit

Year

X-3

X-2

Hydro

M

MW

Of which pure hydro power with no pumping

M

MW

Of which mixed hydro power

M

MW

Of which pumped hydro power

M

MW

Geothermal

M

MW

Solar

M

MW

Of which photovoltaic

M

MW

Of which photovoltaic < 30 kW

M (7)

MW

Of which rooftop

M (7)

MW

Of which off grid

M (7)

MW

Of which photovoltaic 30 kW – 1 000 kW

M (7)

MW

Of which rooftop

M (7)

MW

Of which off grid

M (7)

MW

Of which photovoltaic ≥ 1 MW

M (7)

MW

Of which rooftop

M (7)

MW

Of which off grid

M (7)

MW

Of which concentrated solar power

M

MW

Tide, wave, ocean

M

MW

Wind

M

MW

Of which onshore

M

MW

Of which offshore

M

MW

Biomass (4)  (5)

M

MW

Of which solid biomass fuels (6)

M

MW

Of which bioliquids

M

MW

Of which gaseous biomass fuels (6)

M

MW

Solar collectors surface

M

1 000 m2

Liquid biofuels plants capacity

M

1 000 tonnes

Of which biogasoline

M

1 000 tonnes

Of which biodiesels

M

1 000 tonnes

Of which bio jet kerosene

M

1 000 tonnes

Of which other liquid biofuels

M

1 000 tonnes

Relevant information, in case the evolution of installed capacity has an impact on the overall and sectoral trajectories for renewable energy from 2021 to 2030.

M

Renewable energy technology

Specification

Unit

Year

X -3

X -2

Normalised hydro generation

M

GWh

Of which normalised pure hydro power with no pumping

M

GWh

Of which normalised mixed hydro power (only the part of generation without pumping)

M

GWh

Normalised wind generation

M

GWh

Of which normalised on-shore wind generation

M (8)

GWh

Of which normalised off-shore wind generation

M (8)

GWh

From pure bioliquids, compliant + non-compliant

M

GWh

of which from compliant pure (non-blended) bioliquids

M

GWh

of which not from food and feed crops

M (8)

GWh

of which from food and feed crops

M (8)

GWh

of which from NON high-ILUC risk

M (8)

GWh

From compliant blended bioliquids, only bio part

M

GWh

of which not from food and feed crops

M (8)

GWh

of which from food and feed crops

M (8)

GWh

of which from NON high-ILUC risk

M (8)

GWh

From biogas blended in the grid

M

GWh

Of which compliant

M (8)

GWh

From biogas accounted towards electricity based on certificates

M (8)

GWh

Geothermal

M

GWh

Solar photovoltaic

M

GWh

Of which photovoltaic < 30 kW

M (9)

GWh

Of which rooftop

M (9)

GWh

Of which off grid

M (9)

GWh

Of which photovoltaic 30 kW – 1 000 kW

M (9)

GWh

Of which rooftop

M (9)

GWh

Of which off grid

M (9)

GWh

Of which photovoltaic ≥ 1 MW

M (9)

GWh

Of which rooftop

M (9)

GWh

Of which off grid

M (9)

GWh

Solar thermal

M

GWh

Tide, wave and ocean

M

GWh

Municipal waste (renewable)

M

GWh

Solid biofuels

M

GWh

Of which compliant

M (8)

GWh

From pure biogas

M

GWh

Of which compliant

M (8)

GWh

Relevant information, in case the evolution of gross electricity generation has an impact on the overall and sectoral trajectories for renewable energy from 2021 to 2030.

M

Renewable energy technology

Specification

Unit

Year

X -3

X -2

Final Energy Consumption of renewable sources and fuels in Industry and Other Sectors (households, commercial and public services, agriculture and forestry, fishing and not elsewhere specified) excluding transport

M

ktoe

Charcoal

M

ktoe

Pure biogas

M

ktoe

Biogas blended in the grid

M

ktoe

Of which compliant

M (10)

ktoe

Biogas accounted towards FEC in industry and other sectors based on certificates

M (10)

ktoe

Geothermal (excluding geothermal heat pumps)

M

ktoe

Solar thermal

M

ktoe

Municipal waste renewable

M

ktoe

Solid biofuels excluding charcoal

M

ktoe

Of which compliant

M (10)

ktoe

all bioliquids, compliant and also non-compliant

M

ktoe

of which only compliant bioliquids

M

ktoe

of which not from food and feed crops

M (10)

ktoe

of which from food and feed crops

M (10)

ktoe

of which from NON high-ILUC risk

M (10)

ktoe

Production of heat from renewable fuels

M

ktoe

Geothermal energy (excluding geothermal heat pumps)

M

ktoe

Solar thermal

M

ktoe

Municipal Waste – Renewable

M

ktoe

Solid biofuels

M

ktoe

Of which compliant

M (10)

ktoe

From pure biogas

M

ktoe

Of which compliant

M (10)

ktoe

From biogas blended in the grid

M

ktoe

Of which compliant

M (10)

ktoe

From biogas accounted towards heat production based on certificates

M

ktoe

all pure bioliquids, compliant and also non-compliant

M

ktoe

of which only compliant pure bioliquids

M

ktoe

of which not from food and feed crops

M (10)

ktoe

of which from food and feed crops

M (10)

ktoe

of which from NON high-ILUC risk

M (10)

ktoe

blended bioliquids, compliant, only bio- part

M

ktoe

of which not from food and feed crops

M (10)

ktoe

of which from food and feed crops

M (10)

ktoe

of which from NON high-ILUC risk

M (10)

ktoe

From hydrogen of renewable origin

M (10)

ktoe

From RFNBOs

M (10)

ktoe

Ambient heat (captured by heat pumps, with the exception of geothermal heat pumps)

M

ktoe

Of which air-air

M

ktoe

Of which air-water

M

ktoe

Of which air-air reversible

M

ktoe

Of which air-water reversible

M

ktoe

Of which exhaust air-air

M

ktoe

Of which exhaust air-water

M

ktoe

Of which water-air

M

ktoe

Of which water-water

M

ktoe

Geothermal energy using heat pumps

M

ktoe

Of which ground-air

M

ktoe

Of which ground-water

M

ktoe

Renewable cooling

M (10)

ktoe

Of which individual cooling systems higher than or equal to 1.5 MW capacity

M (10)

ktoe

Of which from renewable heat driven cooling (absorption and adsorption)

M (10)

ktoe

Of which Individual cooling systems below 1.5 MW capacity

M (10)

ktoe

Space cooling in residential sector

M (10)

ktoe

Of which from renewable heat driven cooling (absorption and adsorption)

M (10)

ktoe

Space cooling in the tertiary sector

M (10)

ktoe

Of which from renewable heat driven cooling (absorption and adsorption)

M (10)

ktoe

Process cooling

M (10)

ktoe

Of which from renewable heat driven cooling (absorption and adsorption)

M (10)

ktoe

Other individual cooling systems

M (10)

ktoe

Of which from renewable heat driven cooling (absorption and adsorption)

M (10)

ktoe

District cooling

M (10)

ktoe

Of which from renewable heat driven cooling (absorption and adsorption)

M (10)

ktoe

Relevant information, in case the evolution of final energy consumption for heating and cooling has an impact on the overall and sectoral trajectories for renewable energy from 2021 to 2030.

M

Volumes

Greenhouse gas saving performance (13)

Renewable energy technology

Specification

Unit

X -3

X -2

Unit (14)

X-3

X-2

Biofuels in transport  (11)

Liquid biofuels in road transport

M

ktoe

Liquid biofuels in rail transport

M

ktoe

Liquid biofuels in other modes

M

ktoe

Gaseous biofuels in road transport

M

ktoe

Gaseous biofuels in rail transport

M

ktoe

Gaseous biofuels in other modes

M

ktoe

Non-biomass fuels that can be counted towards transport

Hydrogen of renewable origin

M

ktoe

Of which in Art 27.2(c) – in maritime sector

M (15)

ktoe

Of which in Art 27.2(c) – in aviation sector

M (15)

ktoe

Renewable fuels of non-biological origin (RFNBOs)

M

ktoe

Of which in Art 27.2(c) – in maritime sector

M (15)

ktoe

Of which in Art 27.2(c) – in aviation sector

M (15)

ktoe

Recycled carbon fuels

M

ktoe

Of which in Art 27.2(c) – in maritime sector

M (15)

ktoe

Of which in Art 27.2(c) – in aviation sector

M (15)

ktoe

COMPLIANT biofuels in transport  (12)

all compliant biofuels in all transport modes

M

ktoe

Annex IX (all transport modes)

M

ktoe

Of which Art. 27.2(c) – in maritime sector

M (15)

ktoe

Of which Art. 27.2(c) – in aviation sector

M (15)

ktoe

By feedstock (all modes)

Part A

Of which Part A in maritime sector (Art. 27.2c)

M (15)

ktoe

Of which Part A in aviation sector (Art. 27.2c)

M (15)

ktoe

Part A by feedstock (all modes)

(a)

M

ktoe

(b)

M

ktoe

(c)

M

ktoe

(d)

M

ktoe

(e)

M

ktoe

(f)

M

ktoe

(g)

M

ktoe

(h)

M

ktoe

(i)

M

ktoe

(j)

M

ktoe

(k)

M

ktoe

(l)

M

ktoe

(m)

M

ktoe

(n)

M

ktoe

(o)

M

ktoe

(p)

M

ktoe

(q)

M

ktoe

Part B

M

ktoe

Of which Part B in maritime sector (Art. 27.2c)

M (15)

ktoe

Of which Part B in aviation sector (Art. 27.2c)

M (15)

ktoe

Part B by feedstock (all modes)

M

ktoe

(a)

M

ktoe

(b)

M

ktoe

Article 26(1) – From food and feed crops

M

ktoe

of which from NON high ILUC risk

M (15)

ktoe

other compliant biofuels

M

ktoe

Of which in maritime sector (Art. 27.2c)

M (15)

ktoe

Of which in aviation sector (Art. 27.2c)

M (15)

ktoe

Renewable electricity in the grid used in the transport sector

All electricity in transport

M

ktoe

All electricity in road transport

M

ktoe

RE in road transport

M

ktoe

non-RE in road transport

M

ktoe

All electricity in rail transport

M

ktoe

RE in rail transport

M

ktoe

non-RE in rail transport

M

ktoe

All electricity in all other transport modes

M

ktoe

RE in all other transport modes

M

ktoe

non-RE in all other transport modes

M

ktoe

Relevant information, in case the evolution of final energy consumption for transport has an impact on the overall and sectoral trajectories for renewable energy from 2021 to 2030.

M

X-3

X-2

Indigenous production in 1 000 m3 (16)

Imports in 1 000 m3 (16)

Exports in 1 000 m3 (16)

Stock changes in 1 000 m3 (16)

Average net calorific value (TJ/1 000 m3) (17)

Indigenous production in 1 000 m3 (16)

Imports in 1 000 m3 (16)

Exports in 1 000 m3 (16)

Stock changes in 1 000 m3 (16)

Average net calorific value (TJ/1 000 m3) (17)

Specification

M (21)

M (21)

V

V

V

M

M

V

V

V

 (18)

 (18)

 (18)

 (18)

 (19)

 (19)

 (19)

 (19)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

 (18)

For forest biomass: Description how these meet the land-use, land-use change and forestry (LULUCF) criteria of Article 29(7) of Directive (EU) 2018/2001 (20)

Relevant information, in case the evolution on bioenergy supply has an impact on the overall and sectoral trajectories for renewable energy from 2021 to 2030.

Trajectory or objective

Description

Target (22)

Target year

Progress towards target/objective

Progress Indicator

(if applicable) (23)

Name of indicator to monitor progress (24)

Unit

X-3

X-2

Miap

Miap

Miap

Miap

Miap

Miap

Miap

Miap

Miap

Renewable energy use in district heating

Renewable energy use in buildings

Renewable energy produced by cities

Renewable energy communities

Renewables self-consumers

Energy recovered from the sludge acquired through the treatment of wastewater

Other national objective and trajectory, including sectoral and long term

Add further rows, as needed

When applicable, provide information on the assessment of the support for electricity from renewable sources that Member States are to carry out pursuant to Article 6(4) of Directive (EU) 2018/2001 (25)

Miap

Adaptation goals in integrated national energy and climate plans

Specification

Response

Are adaptation goals in accordance with Article 4 included in the integrated national energy and climate plan? (1)

M

Will the next submission of the integrated national energy and climate plan include adaptation goals? (1)

V

If adaptation goals are included in the integrated national energy and climate plan or the planned submission of the integrated national energy and climate plan, please provide an overview of these goals.

V

If available, please provide other documents containing adaptation goals relevant to meeting the objectives and targets of the Energy Union and the long-term Union greenhouse gas emissions commitments consistent with the Paris Agreement, including the date of adoption and a link to the document.

V

Information on adaptation which may affect delivery of Energy Union objectives and targets and the long-term Union GHG emission reduction commitments under the Paris Agreement

Dimension

Specification

Response

National circumstances

Decarbonisation: GHG emissions and removals

M

Decarbonisation: renewable energy

Miap

Energy efficiency

Miap

Energy security

Miap

Internal energy market

Miap

Research, innovation and competitiveness

Miap

Decarbonisation: GHG emissions and removals

V

Decarbonisation: renewable energy

V

Energy efficiency

V

Energy security

V

Internal energy market

V

Research, innovation and competitiveness

V

Decarbonisation: GHG emissions and removals

M

Decarbonisation: renewable energy

Miap

Energy efficiency

Miap

Energy security

Miap

Internal energy market

Miap

Research, innovation and competitiveness

Miap

Strategies and plans

Decarbonisation: GHG emissions and removals

M

Decarbonisation: renewable energy

Miap

Energy efficiency

Miap

Energy security

Miap

Internal energy market

Miap

Research, innovation and competitiveness

Miap

Decarbonisation: GHG emissions and removals

V

Decarbonisation: renewable energy

V

Energy efficiency

V

Energy security

V

Internal energy market

V

Research, innovation and competitiveness

V

Decarbonisation: GHG emissions and removals

V

Decarbonisation: renewable energy

V

Energy efficiency

V