StromNachbarn (Electricity neighbors)


Berlin has set its sights on becoming climate neutral by 2050. This means that greenhouse gas-intensive sectors such as electricity, heat and transport must be decarbonized, i.e. free of carbon fuels. When it comes to the carbon footprint, the two most important action areas in the Berlin Energy and Climate Protection Programme 2030, which is the central instrument of Berlin’s climate policy, are energy and buildings. Together they are responsible for almost three quarters of carbon dioxide emissions in Berlin.
If Berlin is to achieve its goal of climate neutrality, it is essential that emissions are reduced in a socially responsible and just process that enables everyone in Berlin to participate – regardless of income or social status. The research network seeks to support Berlin in achieving this goal through scientific analysis and concept development.
The research network would like to contribute to identifying other climate change mitigation measures over and above the steps set out in the Berlin Energy and Climate Protection Programme 2030. The research partners hope that the scientific analyses will broaden the debates in Berlin and lead to interdisciplinary and close dialogue with practitioners from the senate and districts, tenants’ associations, the housing sector and civil society actors. Above all, the projects are intended to create acceptance, to stimulate discussion and identify policy recommendations for possible lines of conflict that stand in the way of implementing climate measures.
Publications
In order for Berlin to be able to achieve the self-imposed targets for expansion of photovoltaics (PC), great efforts still have to be made. The current instruments are not sufficient for this.
This educational material deals with the heat transition as an important part of the energy transition. It gives teachers at secondary level ideas for designing teaching units to convey the most important facts about the refurbishment of buildings.
Landlord-to-tenant electricity supply systems have the potential to involve the target group of tenants in the energy transition. At the same time, they also offer enormous innovation-potential on the consumption side.
The state of Berlin and the federal government have set themselves ambitious goals for the expansion of photovoltaics (PV) by 2030. These goals can only be achieved if all market segments quickly start to grow and keep on growing, including the segment of PV plants on multi-story buildings.
The objective of this report is to provide an overview of the interlinkages between the renovation of school buildings and the climate and energy targets adopted for public buildings in Berlin. The report uses an analysis grid to systematically identify these interlinkages.