My project is currently still purely theoretical. I am very interested in the construction methods mentioned in the title, and my design is a hybrid of these. The entire house will be built using PET and/or glass bottles, a construction method that makes the house not only extremely cost-effective but also very strong. The south side will feature the main entrance and windows, along with a kind of greenhouse extension. The rest of the house will be covered with earth if the plot is large enough. If not, the exterior walls will also be enclosed with a similar greenhouse structure. If a rooftop terrace is permitted by the building permit/planning permission, the upper floor will be accessible from the outside over a hill and later covered with a greenhouse-style construction. If a pitched roof is mandatory, glass bottles will be integrated into the walls, along with many or large windows on the upper floor, and glass tiles on the roof. If neither a hill nor a rooftop terrace is allowed or possible, I will try to find a different plot. If this also fails, the small house will simply be placed inside a greenhouse.
The foundation and basement are also planned to be built with PET bottles. I believe that stones/gravel, reinforcement mesh, PET bottles, and waterproof cement should be sufficient. However, I definitely need expert advice here, as the foundation is ultimately the most important part of the house. The interior will be equipped using various Earthship techniques to save and recycle energy and water.
As much as possible will be built by myself, including casting the glass roof tiles. I have a lot of time but very little money. Greenhouse attachments and extensions will be added gradually only after the house is habitable. I am also considering protecting the greenhouse glass against hail, either with a protective film or by using thick, self-cast glass tiles.
Solar panels and a spiral wind turbine for electricity generation are also of interest but are rather marginal. Energy storage is still very poor. So far, the only practical storage method seems to be electrolyzing water to store hydrogen in a large underground pressure tank, then converting it back to electricity via a fuel cell. Hydrogen storage in gels is also interesting but still in its infancy. I find batteries completely unsuitable as a storage medium—without them, self-sufficiency in electricity would be pointless.
I will design everything using CAD software, but first, I want to gather all the important data and hear some opinions.
I am very grateful for any suggestions and tips.
Planning restrictions/limitations
Plot size: 80 - 100 sqm (861 - 1,076 sq ft) or larger (dependent on price)
Slope: irrelevant
Floor area ratio: no plot available yet
Site coverage ratio: no plot available yet
Building envelope, building line and boundary: no plot available yet
Edge development: unlikely
Parking spaces: bicycles will be stored inside on the wall; no car
Number of floors: basement, ground floor, upper floor accessible—no attic
Roof type: flat and accessible or pitched roof with glass tiles
Style: eco-friendly small self-build house
Orientation: windows facing south, all other sides covered with earth or greenhouse
Maximum height limits: 3-4 meters (10-13 feet)
Other requirements
Client requirements
Style, roof type, building type: eco-modern, rooftop terrace, hill house
Basement, floors: basement, ground floor, upper floor
Number of occupants, age: 1 person, age 33
Room needs on ground and upper floor: flexible
Office, family use or home office?: no
Overnight guests per year: no dedicated room
Open or closed architecture: mixed form?
Conservative or modern construction: modern
Open kitchen, kitchen island: open kitchen
Number of dining seats: 1
Fireplace: possible
Music/sound wall: no full wall
Balcony, rooftop terrace: rooftop terrace
Garage, carport: no
Kitchen garden, greenhouse: yes, the house will be a mix of house, kitchen garden, and greenhouse
Other wishes, special features, daily routine
House design
Who designed it: various architects + myself
Do-it-yourself: yes
What is particularly appealing? Cost, energy efficiency, plants
What is not appealing? That will become clear once it is finished
Cost estimate according to architect/planner: 10,000-20,000 (own research)
Personal budget limit for house including fixtures: excluding fixtures 25,000 (fixtures will be made by myself or are already available)
Preferred heating system: passive
If you had to give up certain details or extensions
- What can you do without: basement if the building footprint is sufficient, rooftop terrace if not allowed due to planning restrictions
- What you cannot do without: the custom, eclectic design; if I cannot design or decide it myself, I don’t want to build it
The foundation and basement are also planned to be built with PET bottles. I believe that stones/gravel, reinforcement mesh, PET bottles, and waterproof cement should be sufficient. However, I definitely need expert advice here, as the foundation is ultimately the most important part of the house. The interior will be equipped using various Earthship techniques to save and recycle energy and water.
As much as possible will be built by myself, including casting the glass roof tiles. I have a lot of time but very little money. Greenhouse attachments and extensions will be added gradually only after the house is habitable. I am also considering protecting the greenhouse glass against hail, either with a protective film or by using thick, self-cast glass tiles.
Solar panels and a spiral wind turbine for electricity generation are also of interest but are rather marginal. Energy storage is still very poor. So far, the only practical storage method seems to be electrolyzing water to store hydrogen in a large underground pressure tank, then converting it back to electricity via a fuel cell. Hydrogen storage in gels is also interesting but still in its infancy. I find batteries completely unsuitable as a storage medium—without them, self-sufficiency in electricity would be pointless.
I will design everything using CAD software, but first, I want to gather all the important data and hear some opinions.
I am very grateful for any suggestions and tips.
Planning restrictions/limitations
Plot size: 80 - 100 sqm (861 - 1,076 sq ft) or larger (dependent on price)
Slope: irrelevant
Floor area ratio: no plot available yet
Site coverage ratio: no plot available yet
Building envelope, building line and boundary: no plot available yet
Edge development: unlikely
Parking spaces: bicycles will be stored inside on the wall; no car
Number of floors: basement, ground floor, upper floor accessible—no attic
Roof type: flat and accessible or pitched roof with glass tiles
Style: eco-friendly small self-build house
Orientation: windows facing south, all other sides covered with earth or greenhouse
Maximum height limits: 3-4 meters (10-13 feet)
Other requirements
Client requirements
Style, roof type, building type: eco-modern, rooftop terrace, hill house
Basement, floors: basement, ground floor, upper floor
Number of occupants, age: 1 person, age 33
Room needs on ground and upper floor: flexible
Office, family use or home office?: no
Overnight guests per year: no dedicated room
Open or closed architecture: mixed form?
Conservative or modern construction: modern
Open kitchen, kitchen island: open kitchen
Number of dining seats: 1
Fireplace: possible
Music/sound wall: no full wall
Balcony, rooftop terrace: rooftop terrace
Garage, carport: no
Kitchen garden, greenhouse: yes, the house will be a mix of house, kitchen garden, and greenhouse
Other wishes, special features, daily routine
House design
Who designed it: various architects + myself
Do-it-yourself: yes
What is particularly appealing? Cost, energy efficiency, plants
What is not appealing? That will become clear once it is finished
Cost estimate according to architect/planner: 10,000-20,000 (own research)
Personal budget limit for house including fixtures: excluding fixtures 25,000 (fixtures will be made by myself or are already available)
Preferred heating system: passive
If you had to give up certain details or extensions
- What can you do without: basement if the building footprint is sufficient, rooftop terrace if not allowed due to planning restrictions
- What you cannot do without: the custom, eclectic design; if I cannot design or decide it myself, I don’t want to build it
mystd schrieb:
Just look for plots in the East, you'll definitely find something.) Although located in the middle of nowhere, it's 10€ per square meter (about $11 per square yard)That's why I raised the point about transportation costs. Heavy machinery can't get everywhere. I'm familiar with houses listed on portals selling for 250€ (about $270) in the most remote parts of Thuringia.
mystd schrieb:
Even here in Hesse, you can find a small plot for a few thousand euros with utility connection costs already included.You're confusing public utility connections (fully serviced) with internal ones...
mystd schrieb:
That small shack will never cost 200,000.I never said it would. But if you had 200,000, you still couldn’t build. Just read through the Thuringian and Hessian state building regulations and come back down to reality. You can also review a typical zoning plan, which is usually available online through the local municipalities.
mystd schrieb:
P.S. Is it actually true that posting links results in a ban? Or was that just a joke during registration? The link function is still available after all.Definitely not! Why would we implement jokes during registration?
I skimmed through the state building code, and if I plan to use PET bottles, I would first need to obtain approval for that. Well, that was clear to me from the beginning.
After reading that car tires decompose and release toxic gases, I will take a closer look and test what I use to extend the concrete.
After reading that car tires decompose and release toxic gases, I will take a closer look and test what I use to extend the concrete.
B
Bauexperte8 Aug 2015 09:32Koempy schrieb:
And he did it and ended up in the green forum.Oh – it’s already over. And the architect didn’t even reach his full potential but got stuck in the clothing industry.A sincere thanks to the original poster for a cheerful Sunday morning.
