HEAT

Using electricity efficiently

Around half of energy consumption in Germany is used to heat buildings and water. Most heating systems are still fuelled by fossil fuels such as natural gas and oil, which release climate-damaging CO2.

In order to achieve a climate-neutral heat supply, these energy sources must be replaced by renewable alternatives. This requires a rethink and innovative solutions.

Photovoltaics

Wind power

Energy Partners

Storage systems

Electromobility

Heat

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Together for a sustainable future
Climate-neutral heat

For us, rethinking means: we rely on regenerative heating systems and use renewable electricity from photovoltaic and wind power plants. This is supplemented by waste heat and natural geothermal energy, which are key components of CO2-neutral heat generation. After all, the energy transition can only succeed if the heating sector is increasingly supplied with renewable energy in addition to the electricity sector.

The Heat Planning Act (WPG), which came into force in January 2024, has created a clear legal framework: All heating networks in Germany must be climate-neutral by 2045 at the latest. Local authorities are now obliged to develop strategies and measures to achieve this goal as part of municipal heating planning.

These plans serve as a basis for:

  • Significant reduction in CO2 emissions in the heating sector
  • Reduced dependence on fossil fuel imports
  • More stable and future-proof energy prices
  • Strengthening local value creation through regional service providers
  • Future-proof heat supply

With our comprehensive expertise, we support cities and municipalities in municipal heating planning, feasibility studies and the planning and construction of renewable district heating systems.

The aim is to ensure a future-proof, climate-neutral and efficient heat supply that meets local needs and sustainably reduces CO₂ emissions.

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Your step towards CO2 neutrality
Municipal heat planning

We offer customised solutions based on a detailed inventory analysis, modern planning tools and the use of a digital twin. This virtual model makes it possible to precisely map real heating systems, simulate scenarios and optimise energy flows.

1. Project management

Comprehensive support and coordination of all phases of your project

2. Inventory analysis
  • Collecting and analysing all available data, including requesting relevant information from major heat consumers and conducting on-site research
     
  • Presentation of the results and finalisation of the inventory analysis
3. Potential analysis
  • Identification and evaluation of heat supply options
     
  • Consideration of all renewable energy sources such as wind and solar energy, biomass, deep and near-surface geothermal energy, environmental heat and waste heat from industry and municipal waste water
4. Target scenario and heating strategy

Development of concrete implementation strategies, including a detailed catalogue of measures

5. Public participation
  • Creation of a communication strategy that involves all relevant stakeholders
     
  • Active information and targeted involvement of citizens in the planning process
6. Expert report

Provision of all relevant data and results in a detailed report that serves as a basis for further planning and implementation of the heat transition

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The basis for successful project development
Feasibility study / transformation plan

The heat demand of the buildings/end customers to be connected is determined by carefully analysing the data.

Identification of potential renewable energies and waste heat sources in order to utilise sustainable heat.

Planning and calculation of the required dimensions of your heating network, including network planning and calculation.

Development of profitability and financing concepts to ensure the feasibility of your project.

Timetable for implementing the outlined supply concept.

Sketch of the route and assessment of the location of the heating centre.

Detailed analysis of all economic aspects of your project over a period of 30 years.

Tabular representation of the necessary authorisations for heat generators, sources and routes.

Clear and concise summary of the results of our planning services for your project. 

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References

Below you will find a selection of our projects in detail:

  • Here you can find out more about our renowned district heating project in Bundorf
  • Here you can find out more about our Marktl district heating project 

We also create municipal heating plans for the following municipalities, among others:

  • Herrsching, district of Starnberg, Bavaria
  • Neu Wulmstorf, district of Harburg, Lower Saxony
  • Cappeln, district of Cloppenburg, Lower Saxony
  • Birkenwerder, Oberhavel district, Brandenburg
  • Pfronten, Ostallgäu district, Bavaria
  • Markt Kaufering, Landsberg am Lech district, Bavaria
  • Medlingen, district of Dillingen an der Donau, Bavaria
  • City of Diepholz, district of Diepholz, Lower Saxony
  • Bad Rodach, district of Coburg, Bavaria
  • Winhöring, district of Altötting, Bavaria
District heating Marktl
Find out more now!