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Scientists Create Super Solar Cells That Work Better Than Ever

May 30, 2026 · Nature

New solar panels can turn more sunlight into electricity and work on both hard and bendable surfaces.

Scientists have made solar panels that work much better than before. These new solar cells can turn more than 20% of sunlight into electricity, which is much better than most solar panels today. The best part is that these solar cells can work on surfaces that bend and flex. This means they could be used in many new and exciting ways.

The secret is in how these solar cells are built. They use two different materials stacked on top of each other like a sandwich. One layer catches certain types of light, and the other layer catches different types. When they work together, they can capture much more energy from the sun than regular solar panels can.

What makes this discovery even more important is where these solar cells could be used. Because they can bend, people could put them on curved roofs, roll them up like a carpet, or even attach them to clothing. Regular solar panels are heavy and can only go on flat surfaces. These new flexible solar cells could bring solar power to places we never imagined before.

Many research teams from different European countries worked together to make this happen. They shared ideas, equipment, and money to solve this difficult problem. This shows how scientists from different countries can work as a team to create amazing new technology that could help everyone.

These new solar cells can turn more than 20% of sunlight into electricity, which is much better than most solar panels today.

Comprehension quiz preview

1. What percentage of sunlight can these new solar cells turn into electricity?

  • AMore than 15%
  • BMore than 20%
  • CMore than 25%
  • DMore than 30%

2. What are the two materials used in these tandem solar cells?

  • ASilicon and copper
  • BKesterite and perovskite
  • CAluminum and steel
  • DGlass and plastic

3. What does the word 'flexible' mean in this article?

  • AVery strong
  • BAble to bend
  • CVery expensive
  • DEasy to break

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