Posted in Greenhouse Climate Controls

Creating the right temperature and humidity inside a commercial greenhouse is only part of effective climate control. Those conditions must also be distributed consistently throughout the facility and, most importantly, through the crop canopy.A temperature sensor may indicate that a greenhouse has reached its target setpoint, but that reading does not guarantee every plant is experiencing the ...

Summer creates some of the most demanding operating conditions for commercial greenhouse growers. Long daylight hours can support rapid crop development, but intense solar radiation, high outdoor temperatures and rising humidity can quickly push a greenhouse beyond its ideal growing conditions.Unlike an open field, a greenhouse captures solar energy. This is beneficial during cool weather, but ...

For commercial greenhouse operators, profitability depends on far more than simply increasing production. Success comes from balancing crop performance, environmental control, labour management, and operating expenses. As energy prices continue to rise across Canada, many greenhouse owners are looking for practical ways to reduce overhead while maintaining the ideal growing conditions their cro...

Greenhouse HVAC system design for new builds is one of the most critical phases in developing a high-performance controlled environment agriculture facility. The decisions made at this stage will impact crop yield, energy efficiency, operational costs, and scalability for years to come. Unlike retrofits, new builds provide a unique opportunity to design a fully integrated system that aligns wit...

Greenhouse Climate Control Best Practices are the foundation of successful commercial crop production in today’s controlled environment agriculture (CEA) industry. For greenhouse operators across Canada and beyond, climate control is no longer simply about maintaining temperature — it is about managing an interconnected system of temperature, humidity, airflow, CO₂, light, and data to dri...