The CELSIUS Toolbox
The CELSIUS Toolbox/ wiki was launched on 22 March. Here you can view the CELSIUS Talk of this event.
Workshops and Events
During 2016, there will be monthly CELSIUS webinars on topics requested by CELSIUS Cities.
4 May, CELSIUS and Covenant of Mayor Webinar: Unlocking the potential for local energy efficiency and self-sufficiency through smart district energy systems / More information / Registration / Contact details /
12 May, CELSIUS Webinar: Finding the win-win situation of residual heat to DHC systems
17-18 May, CELSIUS Workshop, Warsaw
24 May, CELSIUS Workshop, Genoa
8-9 June, CELSIUS Workshop in collaboration with Lyon and Amorce, Lyon
13-17 June, EUSEW, Brussels
22 June, CELSIUS Webinar: District Cooling in Gothenburg and Rotterdam
EU Heating and Cooling Strategy
On 16 February, the European Commission launched its first ever strategy to tackle the massive use of energy, particularly fossil fuels.
Heating and cooling accounts for 50% of the EU’s energy consumption and renewables account for just 18% of this. The strategy includes plans to boost the energy efficiency of buildings, improve linkages between electricity systems and district heating systems which will greatly increase the use of renewable energy, and encourage reuse of waste heat and cold generated by industry.
Past Workshops and Events
At the Smart City Expo World Congress in Barcelona on 17 – 19 November, Katrina Folland, CELSIUS Coordinator, and Emilia Pisani Castañeda, CELSIUS Project Officer, received the World Smart City Finalist Award, recognizing pioneering smart Projects to aid cities in becoming more sustainable, efficient, economically viable and livable.
District Heating and Cooling
District heating is a heating system consisting of a pipe network, filled with hot water, and heat sources (from residual heat or a heating plant). The hot water is circulated by pumps, from the heating plant to the client and back again to the heating plant. A heat exchanger at the customer transfers the heat from the district heating network to the building’s own heating and hot water systems. The return water continues out through the return pipe and is pumped back to the heating plant, where it again is heated.