The contribution of solar systems in bogs: Double and triple climate and environmental protection from Maria Gramsch first appeared on Basic Thinking. You always stay up to date with our newsletter.
Recrimated bogs are real CO2 swallows. In combination with solar systems, they even do a double climate protection. It could also help to receive ecosystem.
Healthy moor landscapes can be a real climate protector. Because they are able to save more CO2 in the long term than any other landscape. But there are hardly any intact bogs in Germany. Around 70 percent of the moor areas in Germany were drained for agriculture, for example, and thereby drained.
In this process, however, not only the habitat for many plants and animals is lost. The decomposition of peat also releases large amounts of greenhouse gases. In 2022 alone, drained Moore contributed around 7.1 percent to Germany’s greenhouse gas emissions. This corresponds to around 53.4 million tons of CO2 equivalents.
Researchers at the University of Greifswald want to do this together with the Fraunhofer Institute for Solar Energy Systems ISE change. As part of the “Moorpower” project, they test the use of solar systems in bogs – for re -cast soils.
Solar systems in bogs provide double climate protection
“The re-interlocking of dry moss soil is the most effective measure to reduce the greenhouse gas emissions that arise from them”, ” so the researchers at the University of Greifswald. The problem: It hardly promises any yield for the area of the area.
However, this could change with the installation of photovoltaic systems. Because in the future the areas could be used twice and the special ecosystems could be rebuilt.
The researchers have created various areas for their project. On a test area in Baden-Württemberg, examine the use of various materials. Different options for foundations are also tested.
The researchers pay attention to the influence of these materials on the moor – with regard to water quality, floor physics and microbioma. Examine the greenhouse gas record on another test area in Lower Saxony.
Protection of ecosystems
The combination of re-cast bogs and solarNalgae represents a real climate protection double pack. Because intact moor areas not only emit less CO2 by decomposing the peat it contains. They also bind more climate -damaging greenhouse gas in the long term.
In addition, the moor areas can contribute to the cooling of PV systems and thus increase their efficiency. While the re -verbated moor reduces climate -damaging emissions and even saves additional ones, green electricity is produced at the same time – this significantly increases the area efficiency.
The researchers also test a further use of the moor areas, which is intended to support biodiversity. So -called paludi cultures are used for this. The word Palus comes from Latin and stands for morast or swamp. A paludic culture is therefore a wet moor area used in land or forestry.
Among other things, reed or tube gloss grass is grown, which in turn can then be used for, for example, thatched roofs. The researchers test this use on their experimental facility in Mecklenburg-Western Pomerania. Open space PV, rewetting and paludi culture are used there in parallel.
Also interesting:
- Agri-Photovoltaic: New Solar systems protect fruit trees
- Energy consumption: How much electricity use electric cars really?
- Deep Fission: Start-up wants to sink nuclear reactors in the earth
- Solar modules often produce less electricity than specified
The contribution of solar systems in bogs: Double and triple climate and environmental protection from Maria Gramsch first appeared on Basic Thinking. Follow us too Google News and Flipboard.
As a Tech Industry expert, I believe that implementing solar systems in bogs can have a significant impact on double and triple climate and environmental protection. Bogs are unique ecosystems that play a crucial role in carbon sequestration and biodiversity conservation. By installing solar panels in bogs, we can harness renewable energy sources while simultaneously preserving these sensitive habitats.
The use of solar systems in bogs can help reduce greenhouse gas emissions by replacing traditional fossil fuel-based energy sources. This transition to clean energy not only mitigates climate change but also helps to protect the delicate balance of the bog ecosystem. Solar panels have a minimal impact on the surrounding environment and can be integrated into the landscape without disrupting the natural habitat.
Furthermore, the installation of solar systems in bogs can provide additional benefits such as creating new habitats for wildlife and promoting eco-tourism. By combining renewable energy generation with conservation efforts, we can achieve double and triple climate and environmental protection goals. It is essential for the tech industry to continue to innovate and find sustainable solutions to address the pressing challenges of climate change and environmental degradation. Solar systems in bogs represent a promising opportunity to achieve these goals while promoting a more sustainable future for our planet.
Credits