Driving the clean energy transition

H2

January 2021

Escalating climate change forces governments to take drastic action

Global surface temperature anomalies

Global government action

Land and ocean; temperature anomaly with respect to 20th century average

+1.0 °C

-0.1°C

1880

1900

1920

1940

1960

1980

2000

2019

Paris agreements

Limit global warming to a maximum of

1.5°C

by 2050

EU Green Deal

Achieve net

carbon-neutrality

by 2050

Climate Action Plan 2050

Reduce greenhouse gas emissions by

80-95%

by 2050

1

Source: NOAA National Centers for Environmental information

Clean energy transition requires unprecedented energy infrastructure investments

Planned energy infrastructure investments1

Key catalysts

Hydrogen

Electricity

Natural gas

2015

2030

2050

Natural gas grid expansion

Expansion of natural gas infrastructure

to compensate for coal and nuclear phase-out

Electricity highways

Realization of electricity highways to enable distribution of renewable wind and solar energy from the point of production to consumers

Green hydrogen ramp-up

The only long-term clean molecule that can replace the fossil molecule fuels needed in industry, mobility and heating

1) Schematic representation

2

Source: Management estimate based on NDP Gas and Electricity, Fraunhofer Institute

VORWERK plans, realizes and operates the energy infrastructure of the future

With success

Hydrogen

>€ 280 m

>1,250

H2

revenues

employees

Electricity

Gas

>14%

>14%

since 1962

EBIT margin

organic CAGR

3

Notes: Management estimates for 2020; CAGR based on 2014-2019

Um den Rest dieser Noodl zu lesen, rufen Sie bitte die Originalversion auf, und zwar hier.

Attachments

  • Original document
  • Permalink

Disclaimer

MBB SE published this content on 08 January 2021 and is solely responsible for the information contained therein. Distributed by Public, unedited and unaltered, on 08 January 2021 11:49:08 UTC