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Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050...

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Founding partners Global Energy Transition: implications for the Gas Sector Robert Kleiburg Energy Delta Institute
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Page 1: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Founding partners

Global Energy Transition: implications for the Gas Sector

Robert Kleiburg Energy Delta Institute

Page 2: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Agenda

• Major global trends impacting the energy sector

• A vision on the future of the gas sector in a hybrid world

• Implications for the Gas Sector, a healthy future?

2

Page 5: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Paris Agreement – Glabal minus USA

Page 6: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway

Source: Shell:“A better life with a healthy planet – pathways to net-zero emissions”

Page 7: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Wind and solar cost reduction

7

Page 8: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

From subsidised to competitive renewable energy

8

Source: International Energy Agency 2017

Page 9: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

From centralised to hybrid energy systems

Centralised fuel production,power and storage

© OECD/IEA 2012

A sustainable energy system is a smarter, more unified and integrated energy system, fed by ‘prosumers’

Centralised fuel production,power and storage

Renewable energy resources

EV

Co-generation

Smart energysystem control

Distributedenergy resources

Surplus heat

H vehicle2

Page 10: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Interim Conclusion – Major global trends affecting the energy sector

• Responding to climate change: • climate change is a big problem

• Paris Agreement: global agreement minus USA

• Technology development is accelerating: • Cost reduction renewable energy is reducing rapidly

• Cost competitiveness of renewable energy is nearing

• From centralised to hybrid energy systems

Page 11: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Agenda

• Major global trends impacting the energy sector

• A vision on the future of the gas sector in a hybrid world

• Implications for the Gas Sector, a healthy future?

11

Page 12: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Or something completely different as per GEA?

12

Page 13: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Key Findings of GEA

1. Energy systems can be transformed to support a sustainable future

2. An effective transformation requires immediate action

3. Energy efficiency is an immediate and effective option

4. Renewable energies are abundant, widely avaiLable and increasingly cost effective

5. Major changes in fossil energy systems are essential and feasible

6. Universal access to modern energy carriers and cleaner cooking by 2030 is possible

7. An integrated energy system strategy is essential

8. Energy options for a sustainable future bring substantial multiple benefits for society

9. Socio-cultural changes as well as stable rules and regulations will be required

10. Policy, regulations and stable investment regimes will be essential

Page 14: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Shell scenarios: Sharp reduction in CO2: hybrid world

Page 15: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Agenda

• Major global trends impacting the energy sector

• A vision on the future of the gas sector in a hybrid world

• Implications for the Gas Sector, a healthy future? • Gas has a major role to play in the short term, but it’s longer term

is less clear

• Include global trends into your business strategy

• Innovate!

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Page 16: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

“For a sustainable energy supply – the clear task of natural gas”

Page 17: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Russia has an enormous renewable energy resource base, which it could export to Europe

*) Figures based on 10 billion people. Source: Shell, adapted from UN 2000, WEC 1994, and ABB 1998.

GJ per capita *)

Solar

Wind

Biomass

Hydro

Geothermal Demand Range 2050

0

200

400

600

800

1000

Ratio of potentially usable solar

energy to current primary energy

consumption is ~ 9,000

Page 18: Global Energy Transition: implications for the Gas Sector · Negative GHG emissions needed by 2050 for achieving limiting 1.5 deg C pathway Source: Shell:“A better life with a healthy

Conclusion

• Climate change is being addressed though the Paris Agreement

• Technology development is accelerating and renewable energy technologies are becoming competitive to fossil fuels

• We are moving from centralised to hybrid energy systems

• Russia renewable energy resource base is enourmous

• Russia can become an important supplier of renewable energy

=> Look at climate change as a busness opportunity!


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