When renewable energy is used to produce hydrogen through the process of splitting water molecules with electricity (electrolysis), the result is green hydrogen that can be used to generate electricity,
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Decarbonization of the energy system to achieve the pledged climate targets is a challenging task for Thailand. The role of green hydrogen and hydrogen-based technologies in
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All slides are taken from the EPPO, Thailand which was co-initiated by ERI-CU and ERDI-CMU
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This is part of the project''s contribution to promoting green hydrogen and sustainable energy solutions for off-grid hotels, resorts and islands in Thailand and Southeast Asia.
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Thailand''s abundant solar and wind resources position it as an ideal candidate for large-scale green hydrogen production. This form of hydrogen is set to revolutionise not only industrial
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“Thailand needs to prioritize clean hydrogen for hard-to-abate sectors where direct electrification is not possible,” said Shantanu Jaiswal, BNEF''s Head of South and Southeast Asia
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With its abundant renewable sources of solar power, hydropower, and biomass energy, Thailand can develop its green hydrogen industry, not only to cut its reliance on oil imports, but also
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In Thailand, the development of green hydrogen, produced from renewable energy sources like wind and solar, is being actively promoted. Green hydrogen is created through water electrolysis using
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BNEF''s analysis shows that green hydrogen production in Thailand, powered by hydroelectricity imported from Laos, would be the cheapest clean hydrogen source for Thailand.
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Thailand is ready. Commercial use of hydrogen in the energy sector could start from 2030 and grow sustainably to become one of the key options towards achieving carbon neutrality in 2050.
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