info@marketresearchfuture.com   📞 +1 (855) 661-4441(US)   📞 +44 1720 412 167(UK)   📞 +91 2269738890(APAC)

AI Finds Advance Ways to Accelerate Green Hydrogen Production in 2024

By Shubhendra Anand , 13 March, 2024

Sustainability is the new trend in the market to achieve clean energy transitions by 2050. Globally, countries are adopting various incentives to promote green energy with less carbon emissions. The clean energy transitions aim to produce environmentally friendly gases like green hydrogen that boost the sustainability approaches in the energy sector. In 2024, green hydrogen will be a critical discovery in the energy sector. Green hydrogen helps in multiple ways. Hence, researchers, with the help of artificial intelligence, discover new catalysts for hydrogen electrolysis. The new technique can equally help in green hydrogen production.

Artificial intelligence helps the energy sector in several ways, including the recently developed AI technique to boost green hydrogen production in 2024. The new technique will enhance the production of green hydrogen; hence, it can accelerate the process of clean energy transition by 50 percent. With the help of artificial intelligence, the newly developed technique, Experts suggest that it is an essential factor in producing green hydrogen. The elements free from platinum are anticipated to be crucial in the electrolysis process. There are many benefits in green hydrogen production with the help of cheaper elements, like iron, zinc, silver, and others. One of those benefits is that it makes the green hydrogen production cost-friendly. Thus, producing valuable elements, such as green hydrogen, in a cost-effective way enhances the transition to green energy to the next level.

Experts state that green hydrogen is a practical element that promotes sustainable development globally. However, green hydrogen production is less costly and requires expensive catalysts to accelerate the process. Therefore, implementing the new technique of producing green hydrogen is essential in transitioning to green energy. Earlier research has found platinum to be a necessary element in green hydrogen production. With AI's help, the new technique advances green hydrogen production with other elements mentioned above.

   Green Hydrogen Producation In Different Countries by 2030

2024.png

Latest News

2025.png
Honda and Renesas Collaborate for Next-Gen Software-Defined Vehicles in 2025

In January 2025, Honda Motor Co., Ltd. and Renesas Electronics Corporation declared a strategic collaboration to create a high-performance system on a chip (SoC) designed for Software Defined Vehicles (SDVs). This cooperation is intended to bolster…

Read More

2025.png
NVIDIA's Mega Omniverse Master Plan: Revolutionizing Robotics and AI by 2025

 In 2025, NVIDIA is set to transform AI and robotics with its Mega Omniverse Blueprint, a framework for designing, simulating, and optimizing robot fleets within the digital twins of industrial environments. This new initiative combines NVIDIA's…

Read More

Diseases.png
How Vaccines Helped Eradicate Deadly Diseases – A 2025 Breakthrough

Public health has benefited dramatically from vaccinations, which have helped completely eradicate or significantly lower the frequency of lethal illnesses. Vaccines will still be among the most potent weapons available in 2025 to stop global…

Read More

2025.png
Oil Prices Crash in 2025: Biggest Weekly Drop Amid Tariffs & Oversupply

Oil prices stay on track as United States (U.S.) sanctions on Canada and Mexico keep diverting the market and stable supply levels support a significant weekly decline in 2025. Reuters said this is the biggest weekly decline since October…

Read More

2025.png
Quadric and Denso Team Up to Progress Automotive AI Semiconductors for 2025

The automotive industry will benefit significantly from strategic partnerships in artificial intelligence (AI) and its use in cars. AI integration into automobiles is projected to improve considerably in the year 2025 due to the formation of various…

Read More

Author Pic
Shubhendra Anand

Head Research