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Infographics represent a sustainable world.

A MORE SUSTAINABLE WORLD

Plugging in

Many of us depend on a reliable and constant electricity supply. Electricity accounts for 13.8 billion tonnes of greenhouse gas emissions per year. Find out how Simcenter is helping engineer a low-carbon future with reliable and sustainable electricity for all.

What are the cleanest forms of electricity production

Measured in emissions of CO2 equivalents per gigawatt-hour of electricity over the lifecycle of the power plant. 1 gigawatt-hour is the annual electricity consumption of 160 people in the EU.

Energy source

Air pollution per terawatt-hour (TWh) of electricity

Brown coal

32.72

Coal

24.62

Oil

18.43

Biomass

4.63

Gas

2.82

Hydropower

1.30

Wind

0.04

Nuclear

0.03

Solar

0.02

A bulb.
THOUGHT LEADERSHIP

Keeping the lights on in a climate emergency

In the midst of climate emergency, 63% of our electricity still comes from burning carbon dioxide. We investigate how simulation is helping to deliver a low-carbon future.

Infographic representing climate emergency.

Related resources

Chernobyl sign.
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Safer than the wind - the truth about nuclear power

Just how safe is nuclear energy compared with other power sources? The answer might surprise you.

A couple of filtration units are presented on the Simcenter software screenshot.
Article
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Helping to deliver low-carbon hydrogen of the future

Hydrogen can be used to generate electricity directly, cleanly and at much higher efficiency. When mixed with oxygen, the only by-product is water. So what are the barriers preventing it from being a viable energy option?

Computational fluids dynamic simulation visual from Simcenter software.
Blog
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Hydrogen-powered gas turbines

Discover how B&B-AGEMA is using CFD to design combustors, optimize monitoring equipment, and gain an understanding of hydrogen combustion.

Illustration of power generation.
Blog
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Electromagnetic motors - biggest energy consumers

“Electric motors and systems they drive are the largest single-energy end use and account for more than 40% of global electricity consumption” - International Energy Agency

Gas turbine blade cooling visual from the Simcenter STAR-CCM+.
Case study
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B&B-AGEMA

Simcenter STAR-CCM+ helps energy consultancy firms improve gas turbine blade cooling.

The Siemens SGT-800 Gas Turbine.
Case study
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Siemens Energy

Large eddy CFD simulations reveal the causes of thermoacoustic vibrations.

Digital view of the subsea process system under water.
Case study
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Aker Solutions

Aker Solutions helps oil and gas operators transition to a more sustainable future.

Simcenter STAR-CCM+ designing and optimizing the dry low NOx micromix combustor.
Case study
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B&B-AGEMA

B&B-AGEMA uses Simcenter STAR-CCM+ to design and optimize the dry low NOx micromix combustor.

An engineer wearing PPE walking on top of the gas infrastructure building.
Case study
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Open Grid Europe

Using Simcenter Flomaster to capture gas flow dynamics to reduce safety risks.

Przykład wdrożenia

Duński Uniwersytet Techniczny

Wydział energii wiatrowej Duńskiego Uniwersytetu Technicznego współpracuje z firmą Siemens w celu wykorzystania rozwiązań Simcenter w innowacyjnym projekcie ReliaBlade.

International university uses Simcenter to test wind turbine blade longevity
Case Study

International university uses Simcenter to test wind turbine blade longevity

Firma:Department of Wind Energy, Technical University of Denmark

Branża:Energetyka i media komunalne

Lokalizacja:Roskilde, Denmark

Siemens Software:Simcenter 3D Solutions, Simcenter Amesim, Simcenter Testing Solutions