Hydrogen 101: Difference between revisions
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*Cost of green hydrogen is $3.5/kg in 2023. [https://hydrogencouncil.com/en/hydrogen-insights-2023-december-update/#:~:text=Costs%20and%20cost%20expectations%20have,by%2030%25%20to%2065%25.] | *Cost of green hydrogen is $3.5/kg in 2023. [https://hydrogencouncil.com/en/hydrogen-insights-2023-december-update/#:~:text=Costs%20and%20cost%20expectations%20have,by%2030%25%20to%2065%25.] | ||
**p13. 1 GW [https://hydrogencouncil.com/wp-content/uploads/2023/12/Hydrogen-Insights-Dec-2023-Update.pdf] of electrolysis has been installed by 2024, and 12 GW have passed Financial Investment Decision (FID) [https://hydrogencouncil.com/wp-content/uploads/2023/12/Hydrogen-Insights-Dec-2023-Update.pdf]. 1 GW of electrolysis is about a million metric tons per year or a billion kg. The equivalence is about 1 watt of electrolyzer to 1 kg per annum - '''good figure to remember''' | **p13. 1 GW [https://hydrogencouncil.com/wp-content/uploads/2023/12/Hydrogen-Insights-Dec-2023-Update.pdf] of electrolysis has been installed by 2024, and 12 GW have passed Financial Investment Decision (FID) [https://hydrogencouncil.com/wp-content/uploads/2023/12/Hydrogen-Insights-Dec-2023-Update.pdf]. 1 GW of electrolysis is about a million metric tons per year or a billion kg. The equivalence is about 1 watt of electrolyzer to 1 kg per annum - '''good figure to remember''' | ||
***{{x}} Bogus. 1 watt is under 9kWhr per year if running 24/7 - how do we get 1 kg if electrolysis cost 55kWhr/kg? | |||
**Projections of 300 GW by 2030 are announced on p. 11 [https://hydrogencouncil.com/wp-content/uploads/2023/12/Hydrogen-Insights-Dec-2023-Update.pdf] but reality so far was 20% meeting of goals to present. | **Projections of 300 GW by 2030 are announced on p. 11 [https://hydrogencouncil.com/wp-content/uploads/2023/12/Hydrogen-Insights-Dec-2023-Update.pdf] but reality so far was 20% meeting of goals to present. | ||
*This is for centralized production. OSE proposes ntegrated decentralized production on the home and village scale, which can be done today at approximately $1.4/kg. | *This is for centralized production. OSE proposes ntegrated decentralized production on the home and village scale, which can be done today at approximately $1.4/kg. | ||
Revision as of 04:33, 27 May 2024
About
Hydrogen can be an abundant energy source. With personal hydrogen appliances and solar energy, energy abundance is possible in a distributed way.
To do so, we need:
- Open source HICE as the next engine of civilization. Modular and scalable, manufactured in local microfactories with digital age precision.
- Storage vessels
- Hydrogen generation at low cost from renewable energy, demonetizing energy. As opposed to Brown Hydrogen
Cost of Production and Storage
- Cost of green hydrogen is $3.5/kg in 2023. [1]
- p13. 1 GW [2] of electrolysis has been installed by 2024, and 12 GW have passed Financial Investment Decision (FID) [3]. 1 GW of electrolysis is about a million metric tons per year or a billion kg. The equivalence is about 1 watt of electrolyzer to 1 kg per annum - good figure to remember
Bogus. 1 watt is under 9kWhr per year if running 24/7 - how do we get 1 kg if electrolysis cost 55kWhr/kg?
- Projections of 300 GW by 2030 are announced on p. 11 [4] but reality so far was 20% meeting of goals to present.
- p13. 1 GW [2] of electrolysis has been installed by 2024, and 12 GW have passed Financial Investment Decision (FID) [3]. 1 GW of electrolysis is about a million metric tons per year or a billion kg. The equivalence is about 1 watt of electrolyzer to 1 kg per annum - good figure to remember
- This is for centralized production. OSE proposes ntegrated decentralized production on the home and village scale, which can be done today at approximately $1.4/kg.
