energy technology and oil in the transport sector · 2017. 2. 3. · budapest in smog, winter...

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Energy technology and oil in the transport sector Laszlo Varro Chief Economist EU Refining Forum, 2 February 2017, Brussels

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Page 1: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

Energy technology and oil in the transport sector

Laszlo Varro

Chief Economist

EU Refining Forum, 2 February 2017, Brussels

Page 2: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

© IEA 2016

Oil – the backbone of transport

Rail Shipping

Aviation

Biofuels in road

Electricity in road and rail

Coal in rail

Natural gas in road

Other

Road freight

Personal vehicles Non-oil (6%)

Oil supplies 94% of transport energy, three-quarters of which is used on road.

Page 3: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

© IEA 2016

Energy efficiency and low fossil fuel prices

The three best selling vehicles in North America

Appliance standards lock in efficiency improvements despite declining electricity prices

Page 4: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

© IEA 2016

The beginning of a technology competition

Electric cars generate consumer excitement, but displaced only 0.01% of oil production last year

Page 5: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

© IEA 2016

Battery costs fell 73% in 7 years, exceeding previous expectations

Page 6: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

© IEA 2016

Self driving – shared economy vehicles and electric engines: a match made in heaven?

The “Uber utilization” cuts the breakeven oil price for an EV by 30 $/barrel compared to average EU usage.

Page 7: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

© IEA 2016

However, there are still open questions

• Sustainability of fiscal

incentives

• Boundaries for L Ion

technology

• System impact and pricing

of fast chargers

• Consumer preferences

beyond the 2nd car

A large scale electrification of the car fleet requires a strong policy push and further technology development

Page 8: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

© IEA 2016

Gas as a heavy duty transport fuel

• An electric heavy duty truck would need a 500 kwh battery – 100k $ and 5 tons weight

• Urban particulate pollution from diesel trucks

• High mileage and often stop-go traffic

• Shipping: SO2 regulation on bunker fuel

Page 9: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

© IEA 2016

Aviation: income growth and difficulty of substitution

9 out of the 10 busiest EU air routes run parallel to already existing high speed trains

Page 10: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

© IEA 2016

Will air quality concerns lead to rethinking dieselisation?

Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17

The majority of urban air pollution in Europe is not coming from coal - and will not be solved by wind and solar power alone.

Page 11: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

-3

0

3

6 mb/d

The global car fleet doubles, but efficiency gains, biofuels & electric cars reduce oil

Change in oil demand by sector, 2015-2040

No peak yet in sight, but a slowdown in growth for oil demand

Power generation

Buildings Passenger cars

Maritime Freight Aviation Petrochemicals

demand for passenger cars;

growth elsewhere pushes total demand higher

Page 12: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

Declining demand in EU transport: the taste of things to come

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2014 2020 2030 2040

Page 13: Energy technology and oil in the transport sector · 2017. 2. 3. · Budapest in smog, winter 2016/17 Paris in smog, winter 2016/17 The majority of urban air pollution in Europe is

EU downstream outside transport: declining industrial and disappearing heating oil demand

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50

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90

2014 2020 2025 2030 2035 2040

buildings industry

mtoe EU 28 oil use in selected sectors