As Land Art, we launched the Mini Village project to realize our mission of creating sustainable living Mini Köy spaces through the implementation of eco-living. This project highlights innovative and eco-friendly designs that are closely intertwined with nature and leave a minimal ecological footprint. Our mini villages aim to offer their residents a life in harmony with nature, as well as to improve their quality of life by utilizing the technological possibilities provided by the modern world. This holistic approach contributes to the protection of natural resources, increased energy efficiency and sustainable dynamics of community development. These mini villages, in which every detail has been carefully considered, show that sustainable architecture is not only possible, but also livable and efficient.
Sustainable Architecture in Mini Villages
Sustainable architecture is an approach aimed at minimizing the impact on the environment and preserving natural resources. Our mini villages are carefully organized according to these principles. The buildings in the villages are constructed from highly energy-efficient and renewable materials. Each structure is strategically placed taking into account the position of the sun, the direction of the wind and the natural topography of the area. In this way, the energy demand is significantly reduced by maximizing the use of sunlight and utilizing the natural flow of the wind. This architectural approach in the mini-villages aims to create an environmentally friendly living space and minimize energy consumption.
Integration of renewable energy sources
One of the most important elements that strengthens the sustainable structure of our mini-villages is the integration of renewable energy sources. Solar panels and wind turbines cover a large part of our villages' energy needs, and thanks to these systems, the villages significantly reduce their carbon emissions. While solar panels continuously generate energy from sunlight throughout the day, wind turbines use variable wind conditions and convert it into electrical energy. These energy sources make our villages energy independent and also contribute to environmental sustainability. The use of renewable energy sources is part of the goal to reduce the ecological footprint of our mini-villages and contribute to a greener future.
Water conservation and management: rainwater harvesting systems
Rainwater harvesting systems play an important role in conserving water resources and creating a sustainable environment in our mini-villages. These systems efficiently collect rainwater and purify it, making it usable. The purified water is then used for basic needs such as irrigation and sanitation, helping to conserve groundwater resources and contribute to the natural water cycle. This method not only saves water, but also promotes sustainable use of water resources.
Natural Construction
Our mini villages are built using eco-friendly, renewable and locally available materials. Materials such as wood, bamboo and natural stone add aesthetic appeal to our buildings while minimising their impact on the environment. These natural materials enhance the functionality and durability of our buildings, while also creating an eco-friendly living space with a low carbon footprint. The sustainability of the materials used enhances the ecological and aesthetic value of our mini villages, allowing for a life in harmony with nature.
Vegetation and Biodiversity Maintain Ecological Balance
To ensure ecological balance, our mini villages have adopted designs that support native vegetation and wildlife. This design ensures that our villages are in harmony with the flora and fauna, thereby preserving and enhancing biodiversity. The native plants used support natural habitats, providing a home for a wide range of wildlife, from insects to birds. These natural habitats help maintain healthy and functional ecosystems, while ensuring that our villages are an integral part of these ecosystems.
Waste Reduction and Management Strategies
To enhance environmental sustainability, our mini villages implement an effective waste management strategy. This strategy; includes a composting, recycling and zero waste policy. While organic waste is converted into natural fertilizers through composting, many materials can be reused through recycling. Our zero waste policy aims to reduce waste generation from the outset and recycle existing waste as much as possible. These approaches help reduce the environmental impact of our villages and promote sustainable living.
Energy Efficiency Passive Heating and Cooling Methods
Our mini villages have energy efficiency as a key design element. Passive heating and cooling methods are used to minimize energy consumption and provide natural air conditioning in the buildings. These methods ensure that the spaces are kept at a comfortable temperature throughout the year by properly managing sunlight and shade, using natural ventilation and the thermal properties of building materials. This reduces the need for artificial heating and cooling systems, significantly reducing energy consumption and environmental impact.
Design of public spaces
Public spaces are at the heart of the social fabric of our mini-villages. These spaces are designed to encourage social interaction between people and solidarity within the community. Through accessible and open design, they create environments that can be easily used and enjoyed by people of all ages and abilities. Considered as common areas, these spaces are ideal for events, meetings and social activities, and allow the community to come together and integrate.
Designing with climate and local conditions
Our mini-villages are specifically designed to take into account the climate and geographical conditions in which they are located. This approach aims to make the most of the natural conditions and thus minimise the impact on the environment. Each village is designed taking into account factors such as local weather, soil type and vegetation. This way, natural resources are used efficiently and our villages integrate perfectly into the surrounding environment. This integration reduces the need for artificial air conditioning and increases energy efficiency.
Long-lasting and low-maintenance structures
The buildings in our mini-villages are designed with durability and low maintenance in mind. The materials used are chosen for their durability and low maintenance, reducing both the cost and the environmental impact of the structures. These structures are resistant to the wear and tear that can occur over time, minimizing the need for regular maintenance and repairs. This reduces the total cost of ownership, extends the life of the buildings and further minimizes our impact on the environment.
