Carliso SA was founded with the aim of developing green building projects in the Ticino region, offering valuable housing solutions that integrate the most modern technologies available on the market in terms of environmental sustainability and energy saving.
Our projects are designed and built to meet current and future market needs, with a focus on the needs of those who wish to live in a healthy, comfortable and sustainable environment.
We are constantly researching and adopting innovative technologies aimed at reducing and optimizing the cost of running homes. We use advanced home automation systems, renewable energy sources and high-performance insulation materials to ensure maximum energy savings and a high standard of quality.
All of this is then offered at affordable costs in relation to the objects we are going to offer and with exponentially lower maintenance costs than is normal in the market.
The term green building or green architecture refers to the way of designing, constructing and operating a building in a way that is in line with the principles of environmental sustainability, reducing negative impacts on the environment.
Green building design involves reducing the building’s energy consumption so as to impact the environment (and finances as well) as little as possible.
Wellness is key: a green home must provide a healthy and comfortable environment for its inhabitants.
The strength of this material lies primarily in its qualities of ecological sustainability.
The green building market in Switzerland
As of 2020, more than 37 percent of single-family home construction applications in Switzerland involved green building.
Quality of life, energy conservation and environmental sustainability are the three principles on which the discipline of bioarchitecture is based.
Three simple, and for some trivial, starting points from which to work out any type of design that respects the dictates of modern green building.
In a traditional building, more than 60 percent of heat loss occurs from masonry walls, reducible with the application of a “coat,” but still extremely higher than the loss of materials used in green building, namely wood and glass, which moreover offer natural thermoregulation for our well-being.
In an increasingly hectic, hyper-connected and artificial world, reconnecting with nature is not just a luxury, but a profound necessity for the well-being of body and mind. Living close to nature means reconnecting with the authentic rhythms of life, slowing down, breathing pure air and rediscovering what really matters.
To walk in a forest, personal, owned, manicured and tailored, to listen to the silence broken only by birdsong or the rustling of the wind through the leaves, to gaze at a view that is lost among hills, mountains or expanses of green: these are simple but incredibly powerful experiences. Nature does not judge, does not ask for anything, but gives balance, inspiration and a peace hard to find elsewhere.
Having nature by your side every day-taking a swim in your own natural biotope pool, without any chemicals, rich in the oxygene of plants and naturally filtered-helps reduce stress, improves mood, strengthens mental health and stimulates creativity. It is a return to the basics, to a more human and authentic dimension.
To rediscover nature is also to rediscover oneself. In a world that is always pushing us outward, nature invites us to look within, to slow down, to live in the present. And the closer we keep it, the more we learn to cherish and respect it, because it becomes an integral part of our daily living.
Our project will have the highest use of green technologies to minimize energy consumption and to self-produce (within the limits of current legislation) the energy needs necessary for its operation.
We will employ photovoltaics, traditional or with new technologies with lower visual and structural impact (photovoltaic tiles), inverter systems with two-way charging columns for optimizing the storage of the energy produced, heat pumps, low-temperature underfloor or forced-air heating, cooling by chilled water circulation and forced ventilation, without the use of air conditioning.
Home automation will be the complement to the best management of systems to optimize and avoid every bit of waste, such as when the property is empty, for a long period (vacations) or even at certain times of the day.
*Partial autonomy is related to current legislation that does not allow for self-sufficient buildings or islands of buildings, but must, to date, be connected to present energy networks.
Our project will have the highest use of green technologies to minimize energy consumption and to self-produce (within the limits of current legislation) the energy needs necessary for its operation.
We will employ photovoltaics, traditional or with new technologies with lower visual and structural impact (photovoltaic tiles), inverter systems with two-way charging columns for optimizing the storage of the energy produced, heat pumps, low-temperature underfloor or forced-air heating, cooling by chilled water circulation and forced ventilation, without the use of air conditioning.
Home automation will be the complement to the best management of systems to optimize and avoid every bit of waste, such as when the property is empty, for a long period (vacations) or even at certain times of the day.
*Partial autonomy is related to current legislation that does not allow for self-sufficient buildings or islands of buildings, but must, to date, be connected to present energy networks.
