The design could involve stacking containers to create a multi-story building, with a living area and an area dedicated to agriculture. The greenhouse could be created using an adapted container, equipped with special glass and thermal insulation to create a suitable environment for plant cultivation Energy production could be provided through a hybrid system of solar panels and vertical wind turbines. Solar panels could be installed on the roof and/or sides of the building, while vertical wind turbines could be mounted on external supports. To ensure energy efficiency, the structure could be equipped with an intelligent energy management system, capable of regulating energy production and usage based on the needs of occupants and crops. The structure could also be equipped with a system for collecting and purifying rainwater 8k hyper realistic
The design could involve stacking containers to create a multi-story building, with a living area and an area dedicated to agriculture. The greenhouse could be created using an adapted container, equipped with special glass and thermal insulation to create a suitable environment for plant cultivation Energy production could be provided through a hybrid system of solar panels and vertical wind turbines. Solar panels could be installed on the roof and/or sides of the building, while vertical wind turbines could be mounted on external supports. To ensure energy efficiency, the structure could be equipped with an intelligent energy management system, capable of regulating energy production and usage based on the needs of occupants and crops. The structure could also be equipped with a system for collecting and purifying rainwater 8k hyper realistic
The design could involve stacking containers to create a multi-story building, with a living area and an area dedicated to agriculture. The greenhouse could be created using an adapted container, equipped with special glass and thermal insulation to create a suitable environment for plant cultivation Energy production could be provided through a hybrid system of solar panels and vertical wind turbines. Solar panels could be installed on the roof and/or sides of the building, while vertical wind turbines could be mounted on external supports. To ensure energy efficiency, the structure could be equipped with an intelligent energy management system, capable of regulating energy production and usage based on the needs of occupants and crops. The structure could also be equipped with a system for collecting and purifying rainwater 8k hyper realistic
3d rendering of a green house with solar panels
a diagram of a building with a green roof
a diagram of a house with solar panels on it
3d model of a house with solar panels on the roof