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Growth in Nordic transport demand

Presentation of key results

30 years ahead on electricity decarbonisation

2

Global carbon intensity of electricity (gCO /kWh)

Partners

Demand sectors most challenging

Three Strategic Actions

Space heating energy intensity

in Nordic buildings

126

0.8%

2

annual improvement, 1990-2013

kWh/m in 2013

60

2.2%

2

annual improvement, 2013-2050

kWh/m in 2050

More variable electricity supply

Transforming the energy system

Decoupling emissions from transport activity

Nordic Total Primary Energy Supply in the CNS

Rapid electrification of transport

Nordic stock of cars and light commercial vehicles in the CNS

Early nuclear phase-out increases emissions

Nordic nuclear capacity in the CNS and a fast phase-out sensitivity analysis

Decoupling energy demand from floor area

2050

2015

Electricity trade:

Long-distance transport

23 GW

5 GW

- Interconnectors to Europe -

125 TWh

28 TWh

- Trade activity with Europe -

53 TWh

- Net export to Europe -

14 TWh

15%

Supply

import dependency

for biomass in 2050,

up from 8% in 2013

System

Oslo

Urban leadership in transport electrification

Transport final energy demand

Demand

5-6 GW

1-2 GW

5-6 GW

in 2050

CCS critical in industry

Nordic industrial emissions in 2050

Policy recommendations

Three Strategic Actions

1. Strengthen incentives for flexibility

2. Nordic cooperation on grids and markets

3. Ramp up industrial innovation

4. Utilise proven policies in transport

Thank you

www.nordicetp.org

www.iea.org/etp/nordic

- Download figures, data and slides

Total

Captured

20 Mt CO

7 Mt CO

2

7%

today

Ramp up decarbonisation of long-distance transport and the industrial sector

3.

Process emissions as a share

of industrial CO emissions

2

Ramp up decarbonisation of long-distance

transport and the industrial sector

3.

2

Point sources of CO ,

2013

Visualisation of Nordic CO emissions, 2013

2

31%

in 2050

Tap into the positive momentum of cities in transport and buildings

2.

3-4 GW

of utility-scale

heat pumps in 2050

(10x today's level)

Incentivise and plan for a more distributed, interconnected and flexible energy system

1.

Incentivise and plan for a more distributed, interconnected and flexible energy system

1.

Tap into the positive momentum of cities

in transport and buildings

2.

Global and Nordic CO emissions (indexed)

2

Tap into the positive momentum of cities in transport and buildings

2.

Nordic CO emissions in the CNS

2

3-4 GW

of utility-scale

heat pumps in 2050

Ramp up decarbonisation of long-distance transport and the industrial sector

3.

Incentivise and plan for a more distributed,

interconnected and flexible energy system

1.

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