High Efficiency Light Panel (HELP), a new wood-base panels system.

High Efficiency Light Panel (HELP), a new wood-base panels system.

EN

The aim of the project is to develop a construction system known as High Efficiency Light Panel (HELP). Consists of a set of innovative solutions based on a mixture of lightweight timber framing and cross laminated timber (CLT), for the manufacture of "Zero Emission" walls, slabs and roofs.

There is an improvement of the structural capacity of the construction system that allows more height (3-4 floors) than with the traditional lightweight building. The positioning of a three-layer or CLT board on the inside of the walls acts directly as a vapour barrier, saving the cost of installation.

The new building solutions are based on wooden or wood-base panels which will be subjected to tests, analytical calculations and numerical approximations for their structural, thermal, acoustic, watertight and fire resistance characterization. In addition, its environmental characterization (CO2, reutilization) will be carried out.
A solution with the new construction system has been defined for use in slabs, walls and roofs. Spreadsheets have been developed to obtain thermal transmissivity, surface and interstitial condensations, sound absorption and structural capacity.

Rodzaj surowca drzewnego
Drewno okrągłe
Pochodzenie surowca drzewnego
Las
Potencjał dla mobilizacji drewna
10-20 m3 / house
Rodzaj drewna
Sawn timber, KVH
Potencjał dla zrównoważonego rozwoju
Very positive
Wpływ na środowisko i bioróżnorodność

Positive

Łatwość wdrożenia
Medium
Wpływ na gospodarkę
Increase of the load-bearing capacity of the building by 30% approximately
Efekty w zakresie zatrudnienia
Positive: increased efficiency of materials
Efekty ekonomiczne
Positive: decreased building time
Wymagana wiedza specjalistyczna
High knowledge needed about similar construction systems
Główna kategoria
Budownictwo drewniane
Rozwiązanie cyfrowe
Nie
Innowacja
Tak
Kraj pochodzenia
Hiszpania
Skala aplikacji
Krajowa
Rok rozpoczęcia i zakończenia
2017 - 2018
Źródła i materiały
Projekt, w ramach którego stworzona została niniejsza fiszka
Rosewood