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Scientists built a system that captures energy from starlight — Then turns it into liquid fuel to produce hydrogen

Warren van der Sandt by Warren van der Sandt
March 21, 2026
in Energy
System that capture energy from starlight

Credits: The Pulse Internal edition

The global energy industry is constantly evolving.

As the demand for energy increases, new types of energy generation are emerging from every corner of the world. The need to phase out the use of oil and coal as the major energy resource has been exacerbated by recent events in the Middle East. And a new system that captures energy from starlight has been revealed.

How does this new system use liquid fuel to produce green hydrogen?

A North Carolinian man turned old Tesla batteries into a system that powers a 4500 square foot home almost completely off grid

What looks like a renewable energy success story in Iceland is now revealing an unexpected problem underground

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The fossil fuel funeral: The rise of green power in 2026

The need to decarbonize the international energy industry has shifted from a niche environmental dream into a transition that affects the global economy.

Renewable energy power has become the dominant force in Europe, and the solar subsector is now the second-most primary source of power within the European Union. And the progress in adopting clean energy generation has become a worldwide trend.

India recently reached a significant milestone as the green sector now contributes approximately half of the nation’s installed energy capacity. And the benefits don’t stop there either.

The economic impact of the renewable energy sector has been profound, as the market now employs roughly 16.6 million people around the world, which is significantly more than the employment opportunities from the conventional fossil fuel sector.

The tipping point: How renewables finally overtook coal

The majority of the world committed to the global energy transition at the Paris Agreement in 2015.

The dark side of oil has become clear as day with the latest military actions taking place in the Middle East. Without the clean power sector, we would face an extremely perilous situation that would leave millions of us with no power.

The reality is that the world needs to wave a not-so-fond farewell to the oil market and welcome the green energy sector with open arms.

Investments in renewable energy production hit the $2 trillion mark last year, so we can easily state that the majority of the world is ready to invest astonishing amounts of money and time to bring the sector into the new world order.

New innovations in the green power market have emerged that have the potential to power our homes with no electricity sourced from the grid.

A team of eggheads from Universität Jena in Germany has created a new system that will reshape the clean energy and hydrogen sector for years to come.

Solar power and hydrogen: A match made in energy heaven

The team from Universität Jena has created a system that combines the best of both worlds in clean energy.

The system is a novel “solar battery”, which means that it uses a water-soluble copolymer that acts like a unique combination of a solar power cell and battery. Solar-plus-battery systems are not new by any measure. However, this innovation is far different from your everyday solar system.

How exactly does this new system produce green hydrogen

The system captures and stores electrons when exposed to sunlight.

It then extracts the energy stored through an acid and hydrogen evolution catalyst. Once all these electrons and protons are combined, the acid in the mechanism transforms the molecular particles into green hydrogen.

The creators have noted that the system is reversible and that it can be neutralized and reset to charge up from sunlight as needed.

Most of us dream of a simple life disconnected from the national grid, and through this newly created innovative solution, we are one step closer to bringing the renewable energy sector to the forefront of the energy industry.

How will the innovative method to produce hydrogen affect the heavy industry?

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