Longevity and reliability: delivering low-carbon heat since 1926.
Transforming the heat supply market needs to take place on a local level. Heat derived from energy-efficient cogeneration plays an important role in cities like Berlin.
At the end of 2009, Vattenfall and the city-state of Berlin came together on a wide-reaching climate protection agreement. The goal was to reduce Vattenfall’s CO2 emissions in the city centre by 50% by the end of 2020 when compared with levels in 1990. Vattenfall reached this goal in late 2017 – three years ahead of schedule.
Together with six local infrastructure companies - BSR, BVG, BWB, GASAG, Veolia and Stromnetz Berlin - Vattenfall founded the co-working project InfraLab Berlin at the EUREF campus in Berlin-Schöneberg. Here, companies want to collaborate with creative minds and start-ups to develop ideas of how to optimise life in the growing city. They want Berlin to assume a pioneering role in this respect and, through the development, testing and application of innovative technologies and services, turn it into Smart City Berlin.
This cooperative partnership goes way beyond the boundaries of the respective companies’ core business areas.
The Berlin-Buch CHP plant’s traditional site is continuously developing along with the district where it is located. In 2005, the site received a new cogeneration plant. The Buch thermal power station also uses waste heat emitted by the Schwanebeck landfill through its activities to convert landfill gas into electricity. This waste heat is then conducted along a 3-kilometre pipe to cover 20 per cent of the Buch heating network’s heating demand. The 25 kilometre long local heating network supplies the Helios clinics, about 10,000 apartments and 50 companies on the Campus Buch.
Vattenfall has been effectively turning waste heat into district heating for several years - discover our lessons learnt from Europe with Eoghan Maguire at this year's RWM conference.
On 18 June, Vattenfall Heat UK organised a workshop about the feed-in of decentralised heat sources in a 4th generation heat network. Here, Project Development Engineer Ruben Vos reflects on the outcome.