The contribution floating solar systems increase CO2 content-if used incorrectly, Felix Baumann first appeared on Basic Thinking. You always stay up to date with our newsletter.
Floating solar systems produce clean electricity and do not block agricultural areas. According to a current study, however, you can damage ecosystems and CO2 Release – if they are used incorrectly.
The use of floating solar systems on water appears promising. Because the modules do not block agricultural areas and can produce clean electricity. Loud a study Such systems have the potential to supply over 100 million households worldwide with energy.
But a current one Investigation of the Cornell University shows that the technology can also have unexpected ecological consequences. In a long -term experiment, scientists examined what happens when floating solar systems on small ponds occupy an area of 70 percent. The result: After just a few days, the oxygen content in the water fell significantly.
Floating solar systems ensure CO2 release
According to the researchers, almost oxygen -free zones were created, especially at the bottom of the ponds. This has serious consequences for the ecosystem, since many water creatures are dependent on sufficient amounts of oxygen. It was also found that the exchange of gases between water and atmosphere is restricted. This increased the amount of CO₂ and methane that escaped from the water – even if it was initially lower.
The background: Due to the lack of oxygen, the chemical composition of the water changes. As a result, certain microorganisms produced methane and CO2, which are later released in large quantities at once. The study shows that ponds with solar modules emit up to 57 percent more methane if too much space is occupied.
It was previously known that a development through PV systems could have negative effects on water. However, there were no concrete figures. In order to avoid increased greenhouse gas emissions, only 15 percent of a water surface in Germany may be covered by solar systems.
Adjustment of the panels could help
Since methane is a particularly strong greenhouse gas, floating solar systems, if they are used incorrectly, could contribute more to global warming than prevent them. Despite the negative effects, the systems are always considered a sensible alternative to other energy sources – provided that they adapt their design.
For example, researchers propose to place the panels at a larger distance from the water surface or to reduce the cover of the water surface. In addition, ventilation systems could help minimize the lack of oxygen.
Ultimately, the study shows that floating solar systems are not bad per se. But their effects on the environment should not be underestimated. This technology can be optimized with targeted adjustments in order to enable sustainable energy generation without serious ecological damage.
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The contribution floating solar systems increase CO2 content-if used incorrectly, Felix Baumann first appeared on Basic Thinking. Follow us too Google News and Flipboard.
As a Tech Industry expert, I believe that floating solar systems can be a great solution for generating renewable energy and reducing our reliance on fossil fuels. However, if not used correctly, they can potentially increase CO2 content in the atmosphere.
One of the main concerns is the materials used in the construction of these floating solar systems. If low-quality materials are used, they can deteriorate over time and release harmful chemicals into the water, which can contribute to CO2 emissions.
Additionally, improper installation and maintenance of floating solar systems can disrupt aquatic ecosystems and lead to the release of methane, a potent greenhouse gas, into the atmosphere.
To prevent these negative impacts, it is crucial for companies and governments to invest in high-quality materials, proper installation techniques, and regular maintenance of floating solar systems. By taking these precautions, we can ensure that floating solar systems remain a sustainable and environmentally friendly energy solution.
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