Energy
ENERGY
Home with increased energy efficiency
1. What is Energy
Energy is the next level of construction, with emphasis on the thermal performance of the building shell
2. Who it is for
For permanent living and increased requirements for comfort and energy efficiency.
3. Construction philosophy
It is based on European and German prefabrication practices, with reinforced sections and increased insulation.
The shell is more stable and reinforced compared to Prime and Hybrid.
4. Energy performance
Indicative annual energy consumption for heating, cooling, and domestic hot water:
approximately 23.5 kWh/m²·year
This value is comparative and indicative. The calculation estimate was carried out using the PHPP software, based on a specific 85 sq.m. home in Spata, Attica.
The actual consumption of each home depends on the geometry of the building, its orientation, location, shading, heating/cooling systems, the way it is used, and the habits of the residents.
5. What it includes
Energy includes an upgraded home construction with a reinforced building shell and increased energy efficiency.
It includes reinforced external wall construction, increased insulation, full electrical and plumbing installation, full MEP equipment, heating and cooling system, domestic hot water system, window shutters, kitchen, wardrobes, basic bathroom equipment, and other elements specified in the system’s Specifications Guide.
Energy differs from the basic systems mainly in terms of the increased thermal performance of the shell and the level of equipment, offering a more complete solution for permanent living with lower operating costs.
6. What to expect
External wall layer build-up of the Energy system
The external wall construction of the Energy system is based on a reinforced timber load-bearing structure and a layering of materials that ensure high thermal insulation performance and increased shell stability.
The main timber frame, made from Nordic Spruce structural timber, is filled with thermal insulation material and clad with OSB structural boards, creating a robust and energy-efficient wall system.
Externally, a thermal insulation system with graphite EPS, reinforcing fiberglass mesh, and final exterior render is applied, while internally the wall is completed with fire-resistant plasterboard.
The shell construction of the Energy system has been designed to offer improved thermal performance and reduced energy losses compared to the basic construction systems.
Easily compare the four EasyGreen construction systems and see the key features, provisions, and cost category of prefabricated homes summarized in the comparison table, so you can choose the system that best fits your needs and budget.