GREEN HYDROGEN ENERGY PRODUCTION

Beyond the Grid and Into the Fuel Tank

The path to truly renewable energy has to include renewable fuels.  Although we strive to electrify the energy system through renewables, we can’t electrify everything: many modes of heavy transport have to run on fuel.  Green hydrogen is the ideal fuel to take the place of today’s fossil hydrocarbons.  It offers abundant, affordable, renewable and transportable clean power.   

But to get there, we need truly green hydrogen energy production.  Unfortunately, much of today’s hydrogen fuel is made through the gasification of coal or lignite, or through steam methane reformation. Neither process is clean. For hydrogen to be called truly green, it must come from renewable sources, with a process that produces zero emissions,. Today, green hydrogen currently accounts for less than 1 percent of all annual hydrogen production. For the sake of the planet, this must change.

GREEN HYDROGEN ENERGY REQUIREMENTS

Low-cost 24/7 electrolysis

Green hydrogen is produced by electrolysis—a process that produces hydrogen from water. The challenge is that producing large amounts of hydrogen in this way requires expensive equipment that must operate 24/7 to be economical.

Zero-carbon power for clean fuel

Truly green  hydrogen energy production requires a low-cost, round-the-clock, zero-carbon source of power. PV and wind, even with batteries, can’t provide a round-the-clock source of power. 247Solar technologies offer an ideal low-cost 24/7 clean power and storage solution for producing abundant, economical and truly green hydrogen.

INSIGHTS

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Zero Carbon: India Reserves Half of New Tender for CSP

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Energy industry veteran Rob Udell joins 247Solar as CFO

Press | March 2024
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Zero Carbon: Electrification for Industry is Crucial

Zero Carbon Newsletter | February 2024
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Mine Power: The Energy Transition is a Commodities Transition

Mine Power Newsletter | January 2024
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Mine Power: Clock Is Ticking on Net Zero Commitments

Mine Power Newsletter | December 2023
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10 Myths About the Energy Transition Debunked

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Mine Power: Recruiting Challenges Cloud the Future for Miners

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Closing the Energy Investment Gap

Zero Carbon Newsletter | October 2023
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Mine Power: New Approaches to Avoid Green Metals Crunch

Mine Power Newsletter | September 2023
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Zero Carbon: Could Sand Be the Next Lithium?

Zero Carbon Newsletter | September 2023
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Mine Power: Energy Transition Will Transform Mining

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Zero Carbon: The Energy Poverty Trap

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Mine Power: Assessing and Mitigating Carbon Risk

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Zero Carbon: Integrated Solar Power Plants Blend CSP and PV

Zero Carbon Newsletter | July 2023
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Zero Carbon: Clean Energy Technology Manufacturing

Zero Carbon Newsletter | June 2023
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Mine Power: The Best and Worst Places for Mining Investment

Mine Power Newsletter | May 2023
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The Cocktail Napkin of Energy Math

Zero Carbon Newsletter | May 2023
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The Irrelevance of LCOE for Evaluating Wind and Solar

Mine Power Newsletter | April 2023
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