Tempered Glass Coating
The selected type of glass offers increased light diffusion and energy efficiency, in addition to providing longer lifespan, better insulation, superior light transmission, and low maintenance. The glass is also 100% recyclable, contributing to a circular economy.
Continuous Temperature Regulation
The greenhouse will be taller than traditional greenhouses, reducing the need for air conditioning and offering better air stratification. Due to the limited capacity of Hydro-Québec, we will also use cogeneration with natural gas: the CO2 emitted will be captured and directed into the greenhouse, as it is essential for photosynthesis. Heat pumps and boilers will ensure temperature control.
Irrigation Water Management
Rainwater will be the primary source of supply, with 90% of this water being recycled and stored in a reservoir. The surplus will be diverted to channels, with two backup wells in case of water shortages. A sophisticated reverse osmosis, ozone, peroxide, and ultrafiltration system will be used to purify the water, ensuring optimal quality for plant growth.
Automation of Key Cultivation Functions
The IIVO system from Hoogendoorn, one of the most advanced artificial intelligence systems for agriculture, automatically adjusts production parameters to optimize energy and water consumption and manage the greenhouse’s internal climate. All production stages, from seeding to harvesting, are automated.
High-Performance Screens
A thermal screen will be used to reduce energy consumption, prevent heat loss in winter, and help regulate air conditioning in the greenhouse to optimize crop growth. Additionally, a blackout screen will reduce light pollution by up to 99%. Fans and heat pumps will be installed for heating, humidity management, and air conditioning the greenhouse in summer.
Optimized Lighting
Lighting will be provided by LEDs, offering lower energy consumption and a longer lifespan, providing light tailored to the photosynthetic needs of plants.
