Bac Ninh Low-Income Housing
The Bac Ninh Low-Income Housing project provides sustainable and affordable housing solutions for residents of Bac Ninh province. The 11-story building contains 389 resource-efficient apartments that help residents not only lower their carbon footprint, but also save on their utility bills. The housing project is part of HUDLAND JSC’s greater Le Thai To New Urban Zone development, which is a modern, planned community. The development aims to provide a space for the sustainable growth of the greater Hanoi area. With walking paths and plenty of green spaces, residents of the new community can find a tranquil escape from the city.
Each of the units at the Bac Ninh Low-Income Housing project have energy-saving lighting, low-flow showerheads and other features that conserve energy and water. The apartments use less glazing on the façade to minimize the amount of heat entering the building. HUDLAND also chose sustainable construction materials such as medium weight hollow concrete blocks for the walls and a controlled use of concrete for flooring and roof construction. These measures reduce embodied energy in materials by almost 50%.
HUDLAND JSC is committed to the sustainable development of Bac Ninh through their innovative projects such as Le Thai To New Urban Zone. By providing low-income housing to residents in the area, they can ensure that green homes are affordable and accessible to all. The Bac Ninh Low-Income Housing project has received final EDGE certification from SGS Vietnam.
Reduced window to wall ratio, reflective paint for external walls, external shading devices, energy-saving lighting and lighting controls for corridors and staircases.
Low-flow showerheads, low-flow faucets and dual-flush water closets.
Controlled use of concrete for floor and roof construction, medium weight hollow concrete blocks for internal and external walls and UPVC window frames.
Lot N28, Le Thai Le Thai To Street New Urban Zone Bac Ninh Province, Vietnam
Final EDGE Certification
December 1, 2019
Floor Space (m2)
Total CO2 Savings (annually)