Steel frame house 110-112

The steel frame house, with a surface area of 110 square meters, is designed to offer a relaxing lifestyle. The living room, kitchen, and dining area are integrated into a spacious open space.
This 1 story house with back terrace includes two bedrooms. The master bedroom benefits from its own bathroom, while the secondary bedroom uses a common bathroom accessible from the central hallway. The architect also included a utility room, strategically located near the kitchen, housing the central heating system and washing machine.
Externally, this 3-bedroom, 2-bathroom house model presents modern facades, enriched with dark-colored decorative accents around the glazed surfaces.

Total area (sqm): 110
House footprint (sqm): 104.76
Usable area (sqm): 90.68
Terraces area (sqm): 5.24
Footprint (lm): 13.86 x 8.55
Building height (nr.): 1-story
Ground floor area (sqm): 104.76
Covered terraces on the ground floor (sqm): 4
Uncovered terraces on the ground floor (sqm): 1.24

Rainwater harvesting and recovery systems represent an innovative and sustainable solution for managing water resources in a household. These systems capture rainwater runoff from roofs, directing it to storage tanks, which can be located on the surface or underground. The collected water is filtered and treated to remove impurities, becoming suitable for various household uses, such as watering gardens, washing cars, and cleaning the exterior of the house. In some cases, rainwater can also be used indoors, for toilets and washing machines, after proper filtration.
A major advantage of these systems is the reduction in the consumption of potable water, leading to significant long-term savings on water bills. In addition to the economic benefits, rainwater harvesting has a positive ecological impact, contributing to the reduction of pressure on potable water resources and the efficient management of rainwater. This prevents local flooding and soil erosion and reduces the burden on urban drainage systems during heavy rains.
Installing a rainwater harvesting system involves initial investments, but these can be amortized over time through the savings realized and the environmental benefits. Additionally, some governments and local authorities offer subsidies and incentives to encourage the installation of these systems, recognizing their importance in conserving natural resources.