University of Corte - Student Halls Residents Building PP 1 Sustainable Refurbishment Erasmus IP Corsica 2014
2 Project Team University of Corte - Student Halls Residents Building PP 1 19/03/2018
3 Structure Project Description Sustainability Environmental Aspect Economic Aspect Social Aspect Conclusion University of Corte - Student Halls Residents Building PP 1 19/03/2018
4 19/03/2018 Sustainability Economic growth + Protection of environmental quality Sustainable development consists of local and global efforts for basic human needs without destroying or degrading the natural environment. University of Corte - Student Halls Residents Building PP 1
Project Description 5 19/03/2018 Site context Parking areas Bike shelter Sun path analysis Surrounding facilities Orientation University of Corte - Student Halls Residents Building PP 1
6 19/03/2018 Aesthetic & Environmental Aspect Sustainable Materials University of Corte - Student Halls Residents Building PP 1 Façade Design
Building Layout Circulation of people Types of rooms University of Corte - Student Halls Residents Building PP 1 7 19/03/2018 Room arrangement concept
Building Layout Tube skylight technology 8 19/03/2018 Groundfloor plan University of Corte - Student Halls Residents Building PP 1
9 19/03/2018 Construction & Environmental Aspect Floor and Wall Construction with Insulation Analysis The U-values of the outer walls are increased to roughly 0, 13 W/(m²K). The insulation in the roof is reduced to the point where University of Corte - Student Halls Residents U = 0, 15 W/(m²K). Building PP 1 The ground floor slab insulation is reduced to U = 0, 12 W/(m²K).
Material Analysis 10 19/03/2018 Insulation materials Natural Limestone cladding Local façade cladding Lower costs Durable Natural Cellulose insulation Agglomerated cork insulation (granulated) Cheap and performs well thermally Thermal conductivity λ Resistance against mould, = 0, 04 W/m. K pests, water condensation, Standard density 110 / and fire 120 kg/m 3 During humid times of the Excellent resistance to year, cellulose keeps the breaking structures dry, which reduces the formation of Acoustic insulation thermal bridges and extends the life of the structures. Great for dormitory as it is allergy free. University of Corte - Student Halls Residents Building PP 1 80 -90% of it is made from old paper.
Construction & Environmental Aspect 11 19/03/2018 Windows, Balconies and Doors Zinc window frames Bloomframe®, is an innovative window that morph into a balcony at the touch of a button. Highly thermally insulating glazing Highly thermally insulating frame Thermally optimised composite edge Expert installation, thermally optimised Double glazed argon-filled windows with a Uw value of 0, 8. The external doors, when replaced will have a U-value of 0, 8. New doors have sound insulation of 34 d. B Isokorb® XT have even been University of certified as Corte - Student Halls Residents a “low thermal bridge Building PP 1 construction” by the Passive House Institute in Darmstadt.
12 Passive House Concept 19/03/2018 University of Corte - Student Halls Residents Building PP 1
13 19/03/2018 Construction & Environmental Aspect Ventilation and Cooling Windows Heating Energy and Doors System Service University of Corte - Student Halls Residents Building PP 1
Green Roof 14 19/03/2018 We decided to install an extensive green roof in the part A because the weight is lower than the intensive. And an intensive green roof the part B with a garden, because the roof is smaller than part A so although we increase the weight we do not need extra structure and students will have a new place to enjoy. University of Corte - Student Halls Residents For doing the distribution of rainwater network in the roof, we consulted the Spanish legislation. Building PP 1 According to CTE (Spanish legislation) for a surface of 330 m 2 of roof and slope of 3% we need to put 4 sinks and pipes of 110 mm and between 100 m 2 and 200 m 2 should be put 2 sinks.
15 19/03/2018 Green Building Certification, Costs and Management Certification Costs & Management • Cleaning: The place of the cleaning storages should be easy accessible. Floor plans should be appropriate for cleaning in fact of efficiency. Flooring should be easy to clean and not involve difficult materials. • Maintenance: Integrate the right technique and machines which are accessible, simple and not complicated. Spare parts have to be available and a maintenance schedule will be created. • Administration: A good organization in the beginning such as developing user groups and evaluating the different usages in the building to be able to differentiate between these cost groups. • Safety • Service Supply • Repairs University of Corte - Student Halls Residents The L´Association HQE in France works together with global Building PP 1 interfaces to develop frameworks, train professionals and embody its values.
Prices 16 19/03/2018 The diagram demonstrates the process of the building elements life cycle, showing each stage the material goes through before it can be recycled, re-used or disposed of. The diagram above shows the whole life cost and the life cycle cost diagram which is used to represent how building elements are required to perform throughout its life with the input (cost) of using them in construction, operating them, maintaining them, replacing them and disposing them. University of Corte - Student Halls Residents Building PP 1
Interviews with Students University of Corte - Student Halls Residents Building PP 1 17 19/03/2018
Social Aspects and Waste Management 18 19/03/2018 Advantages of bike idea: -saving space around building (to 20 bikes instead of 1 car) - saving of time (50% in rush hours) - saving of money -students’ health aspect Waste boxes This project is according to the developing idea regulations for how to make waste surroundings more management on approachable. It is Corsica will be suggested to located on site arrange new common terrace University of Corte - Student Halls Residents at river bank. Building PP 1
Accessibility and Fire Analysis 19 19/03/2018 University of Corte - Student Halls Residents Building PP 1
Solar Energy and PV Optimal solution Npanels = 51 Nmax = 24 Nmin = 16 Nrows = 4 20 19/03/2018 Estimation of energy production Annual radiation incident on the PV field kwh/m 2 = 1800 kwh/m 2 Annual energy production (estimate) = 20500 kwh Optimal angle = 35º; The PV´s must be inclined University of Corte - Student Halls Residents at 35 ° to the horizontal. Building PP 1 Optimal solution is: 3 lines x 17 panels (1 Central Converser CC/CA)
Solar Energy and PV 21 19/03/2018 component Make/Model Quantity TOTAL price PV LG 300 N 1 C-A 3 Mono. X Neon 51 14280, 00€ Converter STP 15000 TLEE-10 1 2300, 00€ Connectors Tyco e WEID / 5, 6 e WM 4 M e F 8 170, 00€ Measurer ACTARIS / SL 7000 2 378, 00€ Modem ACTARIS / GSM 1 84, 00€ Switchboard - 1 111, 00€ 1 3500, 00€ structure for placement of component PV Make/Model the panels. Quantity - TOTAL price LG 300 N 1 C-A 3 Mono. X Neon 51 14280, 00€ Converter STP 15000 TLEE-10 1 2300, 00€ Connectors Tyco e WEID / 5, 6 e WM 4 M e F 8 170, 00€ Measurer ACTARIS / SL 7000 2 378, 00€ Modem ACTARIS / GSM 1 84, 00€ Switchboard - 1 111, 00€ - 1 3500, 00€ structure for placement of the panels. Cables CC and CA TOTAL 4 20923, 00€ 100. 00€ 4 100. 00€ 20923, 00€ University of Corte - Student Halls Residents Building PP 1
Heating Floors (number) Room (14 m^2) 22 2 Room (24. 86 m^2) 2 2 2 2 3 4 5 6 Total Price 4 8 Rooms floor s 65. 90€ x 8 =527. 2€ 8 Rooms 74. 90€ x 8 =599. 2€ 19/03/2018 Kitchen (36. 85 m^2) 1 with 2 rad 4 Kitchens Quantity (Radiators ) 6 Total m^2 Price 114. 57 6 114. 57 24 Radiators 458. 28 m^2 86. 90€ x 4 x 2 =695. 2€ 1821. 6€ Installed power In the rooms with 14 m^2 = 8 x 1414 W= 11312 W In the rooms with 24. 86 m^2 = 8 x 2428 W= 1984 W In the kitchens 36. 85 m^2 = 4 x 2 x 1886 W= 15088 W Total Power: 28384 W With the installation of 28384 W and with the budget of € 1821. 6, the new premises of the residence, offsets instead of putting solar panels. Energy Calculation University of Corte - Student Halls Residents Building PP 1 From the table you can see that 77% saving can be reached from heating the rooms.
Conclusions • • • • 23 19/03/2018 highlight the main entrance in a clear and meaningful way several rooms on each floor shall be designed for families and disabled people rooms shall be reorganized and movable furniture installed balconies in each room shall be adopted replace bathrooms’ doors with sliding doors replace staircase due to fire demands in face of the social aspect a common kitchen on each floor shall be integrated. keeping airtightness of the building and save costs for maintaining a mechanical ventilation system with heat recovery and Canadian ducts should be installed separate air extraction system for kitchens lighten corridor up mirror tubes and windows in the staircase are placed car parking areas outside shall be reorganized and could be covered with a solar panel roof new bike parking facility is designed to support the use of bicycles construction of green roof on phase A (extensive green roof) as well as on a phase B (intensive green roof). usage natural local materials such as pine and limestone in the facade cladding or local climbing plants to cover the facade of phase B window shutters on each window in both parts of the building shall be installed cellulose and agglomerated cork insulation as sustainable insulation in building Conclusion Final Recommendation University of Corte - Student Halls Residents Building PP 1
24 19/03/2018 Thank You for Your Attention Thank you for your Attention! Group 5 University of Corte - Student Halls Residents Building PP 1
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