Calculate Your Energy Savings! About Ceres’ New Greenhouse Energy Calculator

Our data engineers have developed a comprehensive online tool that compares the energy savings of a Ceres sealed greenhouse against a traditional greenhouse design and an indoor grow room. The purpose of the tool is for users to see a breakdown of power consumption and CO2 emission data from those three types of facilities, for…

Bringing the Sun Indoors with Hybrid Design and Innovative Climate Control Technologies

Ceres is not your average greenhouse company.  In fact, we struggle with the word greenhouse because people often think of European glass greenhouses or American style poly film covered hoop houses (high tunnels) when they hear “greenhouse”.  A Ceres Greenhouse is a hybrid, combining climate control aspects of an indoor cannabis grow with the most…

Modular Greenhouse Design, The Smarter Way to Grow Cannabis

More and more cannabis cultivators are choosing to grow in greenhouses rather than indoor warehouses in order to cut down on energy costs and utilize the productivity of the sun. This trend, coupled with industry expansion, has led to the emergence of large-scale commercial cannabis greenhouse complexes. Most of the commercial greenhouse complexes built today…

Growing Hemp in a Greenhouse

The Hemp Farming Act of 2018 allows for widespread field cultivation of hemp, which opens significant opportunity for a range of agricultural practices. A Ceres Greenhouse allows cultivators to accelerate their hemp production with three distinct approaches. These are: Propagation Breeding & seed production Year-round operation     History and Considerations  The passing of the Agricultural…

The Importance of Measuring Vapor Pressure Deficit

By Joey Carnicle Vapor Pressure Deficit (VPD) is a pressure value that combines both temperature and relative humidity(RH). VPD allows growers to understand stress in their plants. It is a measure of the evaporation potential, or the difference in “wetness” (the amount of water vapor), of the air at the leaf versus the “wetness” of…