Bridging European and Local Climate Action (BEACON)
Bridging European and Local Climate Action (BEACON) is a project promoting climate action and facilitating an exchange between national governments as well as municipalities and schools in Europe. The aim of the project is to strengthen bi- and multilateral cooperation and create common ambition to realise the Paris Agreement.
Bulgaria, Czech Republic, Germany, Greece, Poland, Portugal, Romania
04/18 - 03/21
- adelphi research gGmbH
- Centre for Renewable Energy Sources and Saving (CRES)
- Energy Cities Romania/ OER
- Environ Association
- Independent Institute for Environmental Issues UfU e.V. Berlin
- National Trust EcoFund (NTEF)
- PNEC - Association of Municipalities Polish Network "Energie Cités"
- SEVEn - The Energy Efficiency Center z.ú.
Through joint learning, networking and tailored advisory services, policy-makers, municipal actors and educators will gain technical and process-related skills that help them develop, refine and implement measures for reducing greenhouse gas emissions. Good practices of successful emission reduction measures will be disseminated based on an EU-wide analysis of successful national climate protection instruments with a focus on the buildings, transport, small industrial installations and agriculture sectors. Furthermore, good practice on the local level will be identified and shared in a network with regular meetings of 34 municipalities from the Czech Republic, Romania, Greece, Poland, Portugal and Germany. Back home participating municipalities will receive technical support and on-the-job coaching for transferring good practices and successfully implementing them in their local context. Furthermore, five city partnerships on climate action will be promoted within the network.
To increase awareness about climate change and action on the individual level, 55 educational institutions in the Czech Republic, Romania, Bulgaria and Germany will be involved in the project. The project team will analyse school curricula and climate action in existing educational programs, develop incentive models for energy saving and energy saving action plans in schools, as well as conduct workshops, trainings and study tours to Germany for educators from participating schools in partner countries.
To successfully implement the Paris Agreement and the European climate and energy targets for the year 2030 and beyond, climate action needs to be enhanced on all relevant levels of governance. National governments need to create effective policies and framework conditions. A crucial contribution to the achievement of the EU climate protection goals will be made by municipalities and local actors. These stakeholders can be pioneers and drivers of profound decarbonisation and social transformation processes as their actions have considerable potential for increasing energy efficiency and saving greenhouse gases. Schools and other educational institutions in particular can play a key role by reducing their own energy consumption but also educating future generations for a climate-friendly world.
As a part of the BEACON project, Guidehouse and adelphi developed a policy paper with the aim of identifying existing policy instruments throughout Europe that have successfully led to greenhouse gas emission reductions in non-ETS sectors (transport, buildings, smaller industry, and agriculture). You can find the reports here.
Using the bike cinema equipment provided by the BEACON project, seven bike cinema screenings with around 200 students were held across Bulgaria in Sofia, Veliko Tarnovo and Kilifarevo. By riding 10 bikes that powered a projector showing short films, students learned firsthand how much energy is required to power small devices and do everyday things.
Sztum Reduces Emissions
With support from the BEACON team, Polish city Sztum joined the Covenant of Mayors for Climate and Energy. As part of their strategic approach to climate change mitigation, the city has refurbished nine municipal buildings including the installation of LED lighting systems and photovoltaics on the roofs. Also, an additional 125 renewable energy systems have been installed in local households. These activities lead to CO2 emission reductions of approximately 485t and 606t per year respectively.