ERASMUS IP Sustainable Refurbishment Retrofit Energy Management in

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ERASMUS IP Sustainable Refurbishment, Retrofit, Energy Management in Residential Buildings Corsica project Group No. 8 Corsica 2014

Group No. 8 Lina Peciure Neringa Gudiene Ieva Jackute Justas Cerkauskas Rasa Paliskiene Kristina Puckyte

Design Brief – the Client‘s Demands Modernisation of buildings layout and design (bathroom & kitchens). Addition of elevators if deemed necessary Reduction of energy consumption to retrofit passive house guidelines and levels Sustainable energy production (secondary system). Sustainable building materials & construction to be implemented as much as possible in the retrofitted building. Balcony renovation and/or addition of balconies, if deemed necessary Management and cost calculations Addition of a green roof and/or green facade Addition of a student community house built in sustainable timber materials, containing: computer studio, toilets, relaxation/party room, small kitchen and outside terrace area Sustainable energy production (secondary system)

Distribution of tasks Lina Neringa Ieva Justas Rasa Green Roof Solar energy Challenges Smart house technologies Kristina Time management Cost effectiveness Landscaping Economics Project management Design Human resource management

Basic data of Corsica Geographic position: Total area: 8, 680 km 2 Climate: Hot-summer Mediterranean climate average monthly temperatures during warmest month are 22. 0 °C average monthly temperatures in the coldest month between 18 to 0 °C at least four months average above 10 °C Inhabitants: 322120 Density: 37/km 2

Current situation

Green roof technologies • • • Durability Energy Efficiency Fire protection Noise reduction Heat retention Reduced energy demand • Reduced carbon monoxide impact • Removed nitrogen pollution from rain • Neutralized acid rain effect • Combined sewer overflow prevention

Green roof technologies • Green spaces • Recreation areas

Solar energy

Solar energy The development of affordable, inexhaustible and clean solar energy technologies has huge longer-term benefits. It increases countries’ energy security through reliance on an indigenous, inexhaustible and mostly import-independent resource, enhance sustainability, reduce pollution, lower the costs of mitigating climate change, and keep fossil fuel prices lower than otherwise. These advantages are global. Hence the additional costs of the incentives for early deployment should be considered learning investments; they must be wisely spent and need to be widely shared.