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Starting from January 2025, energy suppliers in Bremen will deliver 'eco-friendly' power to residential homes and commercial establishments.

Starting from January 1, 2025, green electricity will be the sole supplier for all residential and commercial entities in Bremen with annual consumption of up to 100,000 kilowatt-hours, as determined by energy provider swb. This covers fundamental supply as well as all additional electricity...

Beginning in January 2025, green electricity will be provided to residential and commercial units...
Beginning in January 2025, green electricity will be provided to residential and commercial units in Bremen by energy service providers.

Starting from January 2025, energy suppliers in Bremen will deliver 'eco-friendly' power to residential homes and commercial establishments.

In the city of Bremen, Germany, energy provider SWB is taking significant strides towards climate neutrality by 2035. As of current, there are no specific search results detailing the exact next steps towards this ambitious goal. However, based on common practices among energy providers, SWB's approach is likely to encompass several key measures.

These measures include expanding renewable energy generation, such as wind, solar, and biomass power, increasing energy efficiency across grids and operations, electrifying the heating and transport sectors, investing in smart grids and energy storage solutions, supporting sustainable customer solutions and partnerships, and setting clear, interim targets aligned with scientific climate goals.

For the most accurate and detailed information regarding SWB's concrete plans and projects, it is recommended to consult official SWB communications or sustainability reports.

One of the most notable developments is SWB's switch to green electricity, a move that ensures everyone in Bremen contributes to CO2 reduction and the energy transition. This switch directly contributes to reducing CO2 emissions.

In a recent statement, Alexander Kmita, Managing Director of SWB Sales, confirmed that there are sufficient options on the electricity market to procure electricity from renewable sources to meet SWB's total customer demand.

As of January 1, 2025, all private households and businesses in Bremen with an annual consumption of up to 100,000 kilowatt-hours will be supplied exclusively with green electricity by SWB. This change applies to basic supply and all other electricity products offered by SWB.

The commissioning of the long-distance heating connection has already begun at the start of the current heating season. SWB also plans to launch a public information campaign in the coming days to further educate about the transition to green electricity.

This transition will occur automatically for all eligible customers in Bremen. SWB assures that this change will not result in a price increase due to reduced procurement costs for electricity quantities.

Furthermore, SWB is also pursuing the ongoing expansion of the district heating network. For more information about the transition, visit swb.de/jetztgruen.

The switch to exclusive procurement of green electricity by SWB is a consistent next step towards achieving climate neutrality by 2035, contributing to the climate goals of the state of Bremen. The image source for this article is AdobeStock / Benjamin-O°-Zweig.

  1. SWB's approach towards climate neutrality by 2035, as hinted by the common practices among energy providers, may involve investing in renewable energy sources like wind, solar, and biomass power, as seen in their switch to green electricity.
  2. As sustainability is a key concern, SWB is likely to support environmental-science research and foster customer solutions and partnerships that align with scientific climate goals, such as launching a public information campaign to educate about the transition to green electricity.
  3. To meet the financial requirements of their ambitious goals, SWB might also be engaging with the finance industry, seeking investments in smart grids and energy storage solutions, as well as monitoring energy efficiency across grids and operations to minimize costs and optimize returns.

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