Contractor

Name : Vietnam’s Coteccons

Contact : contact[at]coteccons.vn

 http://www.coteccons.vn/?lang=en

Construction Manager

Name : Flamingo Dai Lai

Contact : huydd[at]flamingogroup.vn

 http://resort.flamingodailai.com/en

Stakeholders

Function : Contractor

NEWTECONS

contact[at]newtecons.com.vn

 https://newtecons.vn/en/project/flamingo-dai-lai-resort/

Energy consumption

Breakdown for energy consumption : Energy consumption of building Flamingo Dai Lai

4 kWh/m2/year : cooling energy
16 kWh/m2/year : home appliances
4 kWh/m2/year : common amenities
8 kWh/m2/year : Lighting
4 kWh/m2/year : Hot water

Envelope performance

More information :

Roof U - Value : 1.73 W/m² K
Wall U - Value : 1.80 W/m² K
Glass U - Value: 5.40 W/m² K

Real final energy consumption

Final Energy : 36,62 kWhfe/m².year

Systems

Heating system :
• No heating system
Hot water system :
• Heat pump
• Solar Thermal
Cooling system :
• VRV Syst. (Variable refrigerant Volume)
Ventilation system :
• Natural ventilation
Renewable systems :
• No renewable energy systems

Product

Reduced Window to Wall Ratio - WWR of 32.43%
Reflective Paint for External Walls -Solar Reflectivity (albedo) of 70
Air Conditioning System - COP of 4.1
Heat Pump for Hot Water - COP of 4.1
Energy-Saving Light Bulbs - Internal Spaces/ Common Areas and External Spaces
Solar Hot Water Collectors - 25% of Hot Water Demand

Product category : Second œuvre / Plomberie, sanitaire 

Low-Flow Showerheads - 9 L/min
Low-Flow Faucets for Kitchen Sinks -6.8 L/min
Low-Flow Faucets for Washbasins - 4.9 L/min
Single Flush for Water Closets - 4.8 L/flush

Product category : Second œuvre / Cloisons, isolation

Insulation of Roof - U Value of 3.14
Insulation of External Walls - U Value of 1.92
Internal Walls: Cellular Light Weight Concrete Blocks

Construction and exploitation costs

Additional information on costs :

Energy bill

• Forecasted energy bill/year : 30 578,00 €

Real energy cost/m2 : 1.34

Real energy cost/Dwelling : 168.94

Life Cycle Analysis

Eco-design material :

Arch. Maria Chiara Pastore of Stefano Boeri Architetti, famous for creating the vertical forests model for sustainable residential buildings embodied by Milan’s Bosco Verticale (Vertical Forest), emphasized how its vegetal system contributes to the construction of a microclimate, produces humidity, absorbs CO2 and dust particles and produces oxygen.

This is not only instrumental in curbing climate change but also utilises accessible building materials for large-scale construction projects. Compared to concrete, steel, cement and glass, wood requires less energy to produce and stores – rather than emits - carbon.

Dr Michael Ramage, Director of the Centre for Natural Material Innovation at the University of Cambridge, instrumental in the design of the “The Toothpick” (a wooden skyscraper set to become the second tallest building in London), discussed “super-tall timber”. He explained how wood construction involves cross-laminated timber, a material made of many sheets of wood glued and compressed together, is stronger than steel and a viable candidate for building skyscrapers

Water management

• Consumption from water network : 16 769,00 m³

Water Consumption/m2 : 0.73

Water Consumption/Dwelling : 92.65

39 kL/unit/year: shower
21 kL/unit/year: kitchen
16 kL/unit/year: water faucets
20 kL/unit/year: water closets
38 kL/unit/year: washing and cleaning

Indoor Air quality

Integrating urban forests into architecture leads to breathtaking results. Sometimes referred to as treescrapers, these buildings have plenty to offer beyond their unique architecture. Implementing sustainable principles, they are a breath of fresh air in high density cities — literally. Urban forests provide us with better air quality by increasing the available oxygen. Also, they ensure a safe habitat for animals that in most cases wouldn’t survive the harsh conditions of crowded cities.

GHG emissions

• GHG in use : 29,34 KgCO₂/m²/year

CO2 Emissions g/kWh of Electricity: 815 g/kWh