Revolution in the Black Forest: Wood waste becomes green hydrogen!

Revolution in the Black Forest: Wood waste becomes green hydrogen!

Current advances in solar and hydrogen technology show promising approaches to sustainable energy use. A team of researchers at KIT has increased the efficiency of perovskite solar cells with an innovative strategy that uses artificial intelligence (AI). This process could revolutionize materials research oekonews.at reported. Instead of manually testing hundreds of thousands of molecules, scientists managed to achieve an effective breakthrough using just 150 experimental approaches. This increased the efficiency of a reference solar cell to a remarkable 26.2 percent. The use of AI has not only accelerated the discovery process, but has also proven that enormous time and resource savings are possible with targeted strategies.

Biohydrogen from wood waste

At the same time, another sustainable energy source is being developed in the Black Forest. In the H2Wood – BlackForest project, the Fraunhofer Institute is researching the biotechnological production of biohydrogen from wood waste. These resources, which have so far been disposed of as waste, will be used to produce hydrogen in the future technologyvalues.de reported. Fortunately, a pilot plant for the production of biohydrogen is planned for 2025. Innovative fermentation processes with hydrogen-producing bacteria and microalgae are used. The researchers hope to create a renewable and environmentally friendly source of hydrogen that uses locally available materials and supports the circular economy.

Both approaches impressively demonstrate how modern science and technology can work together to develop more efficient and environmentally friendly solutions in the energy sector. By combining artificial intelligence and biotechnological processes, new perspectives for a sustainable energy future are opened up.