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German semiconductor manufacturer Infineon Technologies AG, is offering its semiconductor solutions to provide valuable support for the development of a green hydrogen economy to combat the negative effects of climate change. Countries all over the world are already taking steps to address the effects of climate change caused by the emission of greenhouse gasses and are looking at hydrogen as one of the solutions. Hydrogen can contribute to reducing CO2 emissions when used as a basic material, as fuel, as an energy carrier and as energy storage. Green hydrogen can, for example, replace hydrogen derived from fossil fuels as a basic material in the chemical and steel industries. In certain mobility applications, such as heavy goods transport, public transport, logistics and inland navigation, fuel cells and hydrogen-based synthetic fuels can contribute in the medium term to a lower carbon footprint in the transport sector. In the long term, it is conceivable that hydrogen-based synthetic fuels will also be used in shipping and aviation. In addition, hydrogen can be used as energy storage to improve the total yield from renewable energy, allowing energy generation surpluses to be stored and fed into the grid as required. However, the hydrogen economy faces various technical challenges. Read more in our articles including "Infineon offers semiconductor solutions for green hydrogen to combat climate change" and "Infinix HOT 70: Coming in HOT Under P8,000!".

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Frequently Asked Questions

What is green hydrogen?

German semiconductor manufacturer Infineon Technologies AG, is offering its semiconductor solutions to provide valuable support for the development of a green hydrogen economy to combat the negative effects of climate change. Countries all over the world are already taking steps to address the effects of climate change caused by the emission of greenhouse gasses and are looking at hydrogen as one of the solutions.

What have you covered about green hydrogen?

Hydrogen can contribute to reducing CO2 emissions when used as a basic material, as fuel, as an energy carrier and as energy storage. Green hydrogen can, for example, replace hydrogen derived from fossil fuels as a basic material in the chemical and steel industries. In certain mobility applications, such as heavy goods transport, public transport, logistics and inland navigation, fuel cells and hydrogen-based synthetic fuels can contribute in the medium term to a lower carbon footprint in the transport sector.

Where can I find articles about green hydrogen?

Our coverage of green hydrogen includes: "Infineon offers semiconductor solutions for green hydrogen to combat climate change"; "Infinix HOT 70: Coming in HOT Under P8,000!"; "TECNO POVA Curve 2: Top 4 Best Features". Each article provides unique insights and information.