Fallen fountain is getting green: New PV system dramatically lowers CO2 emissions!

Fallen fountain is getting green: New PV system dramatically lowers CO2 emissions!

In an exciting development in the field of renewable energies, the municipal utilities on Lake Constance and Ludwigsburg take important steps to increase their energy self -sufficiency and sustainability. Stadtwerke am See have installed an innovative photovoltaic system on the roof of their energy center in the Fallenbrunnen in Friedrichshafen. This new system has a top output of 34 kilowatts of peak and will produce around 32,000 kilowatt hours of electricity annually, which corresponds to the consumption of around twelve single -family houses. This not only generates a significant part of the operating current of the energy center itself, but around 18 tons of CO2 are also saved annually, as Wochenblatt News.

new standards in energy supply

The construction of the new energy center of Stadtwerke Ludwigsburg-Kornwestheim (SWLB) in the Waldäcker III industrial area is progressing in parallel. The shell was completed in record time, and the installation of the technical components such as biomethane block heating power plants and heat pumps is planned for the summer of 2024. After commissioning in mid -2025, the system will generate around 39 million kilowatt hours of electricity each year, with around 90 percent of renewable sources. This provides the new headquarters about 3,000 households with sustainable energy, which not only covers regional needs, but also leads to an annual saving of around 13,000 tons of CO2 compared to conventional gas boilers, reports Ludwigsburg 24.

Both projects illustrate the commitment of the municipal utility in the region that rely on innovative technologies in order to make their energy production more sustainable and at the same time make a significant contribution to climate protection. The efforts to invest in renewable energies not only promote energy self -sufficient, but also set new standards in energy supply.

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OrtSigmaringen, Deutschland
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