The Kaseco family lives and works in their unique greenhouse home, which they built with sustainability and ecological materials in mind. The house is divided into three separate parts: a concrete basement, a circular greenhouse on top, and a completely wooden interior. The greenhouse on top creates a microclimate around the house, providing warmth in the winter and coolness in the summer.
The water management system is entirely based on rainwater, which is collected from the roof and filtered through a lava filter before entering the water tanks. All used water is collected in a septic tank and then pumped into an ecological field for cleaning. The energy management system is powered by solar panels and saltwater batteries, which provide all the necessary energy for the building. The Kaseco family’s motivation for bio-ecological building is to reduce the impact on the environment while creating a healthier living space.
Key Takeaways
- The Kaseco family built their greenhouse home with sustainability and ecological materials in mind.
- The water management system is entirely based on rainwater, and the energy management system is powered by solar panels and saltwater batteries.
- The family’s motivation for bio-ecological building is to reduce the impact on the environment while creating a healthier living space.
The Greenhouse Living Space
The living space area of the greenhouse is located on the ground floor and consists of a kitchen, dining table, and salon. The architectural firm is located on the top floor, which includes a space for the bureau and a gathering room for eight people. The basement of the building serves as the sleeping rooms and bathrooms and is half in the ground. This design allows for minimal energy use to heat or cool the space, as the temperature remains at 22 degrees Celsius in the winter and cool in the summer due to its underground location.
The greenhouse structure is composed of three separate parts: a concrete basement, a circular greenhouse on top, and a completely wooden construction inside. The greenhouse creates a microclimate around the house, providing great temperatures in the winter and a comfortable temperature of 20-25 degrees Celsius inside while it’s only 10-11 °C outside.
The building was constructed with sustainable and ecological materials, and the family takes great care of the water they use. Rainwater from the roof is collected and passes through a lava filter before entering the water tanks. The third water tank contains a big wall that filters everything moving around in the water. All the used water gets collected in a septic tank, and from there, it gets pumped into a field that uses a mineral to purify the water up to 99.5 percent.
The building runs on rainwater that gets recycled and returned to nature. The power and energy from the solar panels are collected in saltwater batteries, and the heat pump provides all the heated water for the entire building. The basement contains mostly edible plants, such as artichokes, figs, pears, almonds, and a variety of herbs.
The idea behind the construction of the greenhouse was to make it as energy-efficient as possible. The family’s view on building changed after taking a bio-ecological building course, where they learned about the impact of materials on the environment. The building was designed to be circular, with materials that are recyclable and have no impact on the climate.
Overall, the family recommends exploring the use of bio-ecological materials and thinking twice before starting any construction or renovation project. The materials used should be healthy for the environment and the people living in the house.
The Greenhouse Work Space
The Greenhouse Work Space is a circular building located on top of the Koen family’s living space area. The structure is divided into three separate parts: a concrete basement, the greenhouse on top, and a completely wooden construction inside. The basement houses all the sleeping rooms and bathrooms, and its half-in-the-ground design allows for natural heating and cooling, maintaining a comfortable temperature of 22 degrees Celsius in the winter and remaining cool in the summer.
The greenhouse on top of the building creates a microclimate around the house, providing great temperatures during sunny winter days. The advantage of building a greenhouse on top of a house is that it creates a microclimate just around the house. The temperature inside the greenhouse remains around 20-25 degrees Celsius, while outside it is only 10-11 degrees Celsius.
The Koen family is committed to using sustainable and ecological materials in their construction. They take great care of the water they use and how they return it to nature. The entire building runs on rainwater, which is collected from the roof and passes through a lava filter before entering the water tanks. The water is then filtered three times before being distributed throughout the house for drinking, showering, washing, and even toilets.
The building is powered by solar panels, which provide electricity and heat. The energy is collected in saltwater batteries, which are not toxic but are very heavy. The heat pump provides all the heated water for the entire building, including hot water for showering and washing machines.
The basement area also features edible plants such as artichokes, figs, pears, almonds, and a variety of herbs. The Koen family’s goal is to make all buildings as energy-efficient as possible and to reuse materials in a way that makes the building circular. They recommend exploring eco-friendly building materials and considering the impact of materials on the climate and one’s health before beginning construction.
The Greenhouse Basement
The basement of the greenhouse building is located half in the ground and houses all the sleeping rooms and bathrooms. The advantage of this design is that it requires minimal energy to heat or cool the space. In the winter, the basement maintains a temperature of 22 degrees Celsius without the need for additional energy, while in the summer, it remains cool due to its underground location.
The building itself is constructed in three separate parts. The basement is made of concrete, which allows for easy recycling of materials. The greenhouse on top is circular and can be replaced anywhere in the world. The inside of the building is made of wood, which is completely biodegradable and has no impact on the climate.
The greenhouse design creates a microclimate around the house, providing great temperatures in the winter when it’s sunny outside. The temperature inside the house remains at a comfortable 20-25 degrees Celsius, while the outside temperature is around 10-11 degrees Celsius.
The family’s commitment to the environment is reflected in their use of sustainable and ecological materials. The building runs entirely on rainwater, which is collected from the roof and passes through a lava filter before entering the water tanks. The tanks are designed to filter everything that moves around in the water, and the third tank contains a big wall that filters the water. All the used water is collected in a septic tank and pumped into an ecological field for cleaning. The mineral in the field purifies the water up to 99.5 percent, making it completely safe for use in the house.
The building’s power and energy come from solar panels, which are configured to work on 48 volts. The batteries used are saltwater batteries, which are non-toxic and cannot burn. The heat pump provides hot water for all uses in the building, including showering and washing machines.
The basement also features a small garden with edible plants such as artichokes, figs, pears, almonds, and herbs. The family’s motivation for building this way came from a course in bio-ecological building, which opened their eyes to the impact of materials on the environment. They now prioritize the use of ecological materials that have no impact on the climate and create buildings that are circular and healthy to live in.
In conclusion, the family’s commitment to the environment is reflected in every aspect of their greenhouse building. From the use of sustainable materials to the collection and recycling of rainwater, their design is an excellent example of eco-friendly living.
Construction of the Greenhouse
The greenhouse is a circular building that sits on top of a concrete basement. The inside of the building is made up of a completely wooden construction that is biodegradable and has no impact on the climate. The advantage of having a greenhouse on top of a house is that it creates a microclimate just around the house. In winter, the greenhouse provides great temperatures when it’s sunny outside, and in summer, it remains cool because it’s half underground. The heat of the sun doesn’t have any effect on it.
The basement of the building is half in the ground, and it contains all the sleeping rooms and bathrooms. The advantage of having these areas half in the ground is that they almost don’t need any energy to heat or cool. In winter, the temperature inside the basement is always 22 degrees Celsius without almost no energy, and in summer, it remains cool.
The building has three separate parts: the concrete basement, the greenhouse, and the completely wooden construction inside. The concrete basement is a classical build, but all the different materials can be recycled in a very easy way. The wooden construction inside is completely biodegradable and doesn’t make any impact on the climate.
The building is constructed using only sustainable and ecological materials. The water used in the building is collected from rainwater and passes through a lava filter before it enters the water tanks. There are three water tanks, and the rainwater is filtered for the last time before it gets distributed in the house for drinking, showering, washing, bathing, and even for toilets.
The complete building runs on rainwater, and all the used water gets collected in a septic tank. From the septic tank, the water gets pumped into a field, which is a completely ecological way of cleaning water. The plants on top of the field keep the filter open, and everything gets purified up to a degree of 99.5 percent.
The building also has solar panels that provide all the power and energy. The energy is collected in saltwater batteries, which contain water and are not toxic. The batteries are very heavy, so they will never be used in cars. The heat pump provides all the heated water for the entire building, including hot water for showering, washing machines, and all other uses in the building.
The building is a great example of how to construct an energy-efficient and ecological building. It’s constructed using only sustainable and ecological materials, and it has a complete water story and solar panels that provide all the power and energy. The building is circular, and all the materials used are recyclable and can be re-used.
Benefits of the Greenhouse Microclimate
The greenhouse structure on top of the house creates a microclimate around the house, providing several benefits. In winter, the temperature inside the house remains warm, even when it’s cold outside. The house stays at around 22 degrees Celsius with minimal energy usage. In summer, the house stays cool due to the greenhouse being half underground, which prevents the sun’s heat from affecting the temperature inside the house.
Moreover, the use of sustainable and ecological materials in the construction of the house is beneficial for the environment. The greenhouse structure is circular, which allows it to be easily replaced anywhere in the world. The wooden construction inside the house is biodegradable and has no impact on the climate.
The complete building runs on rainwater, which is collected from the roof and passes through a lava filter before entering the water tanks. The water is then filtered through three different filters, with the last filter being an active coal filter. The purified water is then distributed throughout the house for all uses, including drinking, showering, and washing.
The house’s power and energy come from solar panels, which are connected to saltwater batteries. These batteries are non-toxic and cannot burn, but they are heavy. The heat pump provides all the heated water for the entire building, including hot water for showering and washing machines.
In addition, the house’s basement, which is half underground, contains all the bedrooms and bathrooms. The house also has a large variety of edible plants, including artichokes, figs, pears, almonds, and herbs.
Overall, the benefits of the greenhouse microclimate include energy efficiency, sustainability, and a healthier living environment. The house’s use of ecological materials and rainwater collection system is beneficial for the environment, while the greenhouse structure provides a comfortable living space throughout the year.
Water Management System
Rainwater Collection
The entire building of Koen’s family runs on rainwater. The rainwater from the roof is collected and passes through a lava filter before entering the water tanks. There are three water tanks, and the third tank has a big wall in it that filters everything that’s moving around in the water. When the water tanks are completely filled up, all the water gets collected in a hole in the ground, which can contain about 80,000 liters of water.
Water Purification
All the used water gets collected in a septic tank. From the septic tank, they pump it into a field, which is a completely ecological way of cleaning water. There’s a certain kind of mineral in there, which keeps the filter open, and the plants on top of it purify the water up to a degree of 99.5 percent.
Water Usage
The technical installation of the complete water story includes a pump that takes the water from the water tank outside. It gets pumped up, and then there are three filters: 50 microns, 25 microns, and an active coal filter, which filters the water for the last time. After this, the water gets distributed in the house for drinking, showering, washing, bathing, and even for toilets. Everything they use in the house is completely from rainwater, and everything gets recycled and returned to nature.
Energy Management System
Solar Power Storage
The greenhouse on top of the house serves as a microclimate, providing great temperatures in winter and coolness in summer. The house runs on rainwater, which gets collected and filtered before entering the water tanks. The water is then filtered through three different filters before distribution in the house for all uses, including drinking, showering, and washing. The energy for the house is collected from solar panels and stored in saltwater batteries, which are non-toxic and heavy.
Heat Pump
The heat pump provides all heated water for the entire building, including hot water for showering and washing machines. The power source for the heat pump is from two systems: solar panels that create electricity and solar panels that create heat. The basement of the building, which is half in the ground, contains all the sleeping rooms and bathrooms. The building is constructed with sustainable and ecological materials, making it energy efficient and healthy for the environment and the inhabitants.
The Greenhouse Garden
The Koen family lives and works in a circular building that combines a living space area with an architectural firm and a greenhouse garden on top. The concrete basement of the building houses all the sleeping rooms and bathrooms, and is half underground, which makes it energy efficient. In winter, the temperature inside the building is maintained at 22 degrees Celsius without any energy, and in summer, it remains cool due to the underground structure.
The greenhouse garden on top of the building creates a microclimate around the house, providing great temperatures in winter and a comfortable 20-25 degrees Celsius temperature inside the house, even when it’s only 10-11 degrees Celsius outside. The greenhouse garden is circular and can be replaced anywhere in the world. The inside of the building is made of completely biodegradable wooden construction that has no impact on the climate.
The Koen family believes in sustainable and ecological materials and cares about the environment. The building runs entirely on rainwater, which is collected and passed through a lava filter before entering the water tanks. The water tanks filter everything that’s moving around in the water, and when they’re completely filled up, all the water gets collected in a hole in the ground with a lot of trees that can contain about 80,000 liters of water. All the used water gets collected in a septic tank and then gets pumped into an ecological field that purifies the water up to a degree of 99.5 percent.
The building is powered by solar panels that create electricity or heat. The heat pump provides all heated water for the entire building, including hot water for showering, washing machines, and all other uses in the building. The batteries are saltwater batteries that contain water and are not toxic.
The basement of the building has mostly edible plants, including artichoke, figs, a pear tree, an almond tree, and a big variation of herbs that the family uses in the kitchen. The Koen family believes in making buildings as energy efficient as possible, and they try to reuse materials in a way that they’re recyclable and that they can reuse, making the building circular. They recommend using ecological materials that have no impact on the climate and breathing materials that create a healthier building.
Motivation for Bio-Ecological Building
The family of seven living in the greenhouse structure has a strong motivation to build with sustainable and ecological materials. They take great care of the water they use and how they return it to nature. The complete building runs on rainwater, which is collected and filtered through a lava filter before entering the water tanks. The water tanks are recycled and returned to nature, and the used water gets collected in a septic tank and pumped into an ecological field for cleaning. The building is constructed with ecological materials that do not have an impact on the climate, and the materials breathe, resulting in a healthier building.
The greenhouse structure has a circular building on top, which creates a microclimate around the house. The advantage of having the sleeping rooms and bathrooms half in the ground is that it requires almost no energy to heat or cool. The basement of the building is a concrete structure that can recycle all the different materials in an easy way. The top floor is the home bureau of Kaseco, the architectural firm, and the gathering room is located on the lower level.
The water story of the building is technical, with a pump taking the water from the water tank outside, which is then filtered through three filters: 50 microns, 25 microns, and an active coal filter. The batteries in the building collect all the energy from the solar panels and work on 48 volts. The batteries are saltwater batteries, which are not toxic and cannot burn, but they are very heavy. The heat pump provides all the heated water for the entire building, including hot water for showering and washing machines.
The family has a big variation of edible plants, including artichokes, figs, pear trees, almond trees, and various herbs. The motivation for building this way is to make all buildings as energy-efficient as possible and to use materials that are recyclable and have no impact on the climate. The family recommends exploring what nature can offer when constructing or renovating a home and using bio-ecological materials that are healthy for the environment and the people living in the house.
Benefits of Ecological Materials
The use of ecological materials in building structures has numerous benefits. In Koen’s greenhouse, for example, the use of sustainable and ecological materials has resulted in a building that is energy-efficient, healthy, and environmentally friendly. Some of the benefits of using ecological materials in building structures include:
- Energy efficiency: The use of ecological materials in building structures can significantly reduce energy consumption. In Koen’s greenhouse, the half-underground basement and the greenhouse on top create a microclimate that maintains a comfortable temperature all year round, without the need for additional energy to heat or cool the building.
- Environmental friendliness: Ecological materials are non-toxic and do not have a negative impact on the environment. In Koen’s greenhouse, rainwater is collected and filtered for use in the building, and all used water is recycled and returned to nature.
- Health benefits: Ecological materials breathe and create a healthier living environment. In Koen’s greenhouse, the use of ecological materials has resulted in a building that is healthy for the occupants and the environment.
- Circular economy: The use of ecological materials promotes a circular economy in which materials are recycled and reused, reducing waste and conserving natural resources.
Overall, the use of ecological materials in building structures is a sustainable and responsible approach that benefits both the occupants and the environment.
Experience and Recommendations
The owners of the greenhouse, Koen and his family, have extensive experience in building environmentally sustainable homes. They have built their home using sustainable and ecological materials, including a completely wooden construction that is biodegradable and has no impact on the climate. The greenhouse on top of the house creates a microclimate just around the house, providing great temperatures in winter and a cool environment in summer.
The building runs entirely on rainwater, which is collected and filtered through lava filters before entering the water tanks. The third water tank has a big wall that filters everything moving around in the water. The used water is collected in a septic tank, and from there, it is pumped into a field with a certain mineral that purifies the water up to 99.5 percent. The complete building runs on 48 volts, and the batteries are saltwater batteries, which are not toxic and cannot burn.
The owners recommend that anyone who wants to construct their own home or renovate an old house should explore what’s around and use bio-ecological materials that are healthy for the occupants and the climate. They suggest not using synthetic materials and instead looking for options that nature can provide.