4 seasons greenhouse
Currently under construction. Photos coming soon.
Features
Walipini Inspired
Walipini is a sustainable, earth-sheltered greenhouse design that maximizes energy efficiency and year-round growing potential. With its unique sunken structure, the walipini harnesses solar heat and thermal mass, providing a stable microclimate for plants even in colder climates. This eco-friendly design reduces energy costs, offers protection from external elements, and extends the growing season. By embracing the principles of passive solar design and earth sheltering, a walipini serves as a versatile, cost-effective solution for sustainable gardening and self-sufficiency.
Thermal Mass Heat Storage
Inside the greenhouse, strategically placed water barrels act as a thermal battery, moderating temperature fluctuations and preventing extremes that could stress plants. This thermal mass approach supports a stable microclimate, particularly crucial in colder climates where maintaining warmth is essential for year-round cultivation. By harnessing the sun's energy and storing it within water barrels, this method not only minimizes the need for additional heating but also reduces energy costs and environmental impact. It embodies the principles of sustainable design, contributing to a greener and more self-sufficient approach to gardening within the controlled environment of a greenhouse.
Aquaponic Farming
This integrated system combines aquaculture (fish farming) and hydroponics (soilless plant cultivation), creating a symbiotic ecosystem that yields remarkable advantages.
Firstly, water efficiency stands out. Aquaponics recirculates water, using up to 90% less than traditional farming methods, making it a solution for water-scarce regions. Nutrient-rich fish waste serves as natural fertilizer, nurturing plant growth without synthetic chemicals, leading to healthier and more nutritious produce.
Moreover, aquaponics extends the growing season with controlled environments, ensuring year-round crop cultivation regardless of weather conditions. Vertical growing optimizes space, producing higher yields in compact areas. The system's closed-loop nature reduces the environmental impact by minimizing waste and conserving resources.