Commercial Cannabis Greenhouses & Design Services
Design, build, and scale a high-performance cannabis cultivation facility—engineered for yield, efficiency, and long-term ROI.
Ceres provides fully integrated greenhouse solutions, combining advanced design expertise with proven greenhouse systems designed specifically for cannabis operators.

End-to-End Cannabis Greenhouse Solutions
From initial concept to fully operational facility, we deliver everything you need to build a successful cannabis greenhouse.
- Feasibility & planning
- Greenhouse design & engineering
- Environmental system integration
- Construction support
- Commissioning & optimization
You get a single partner focused on performance—not just construction.
Looking For a Non-Cannabis Greenhouse?→Explore our other greenhouse options


Commercial Cannabis Greenhouses
Built for Yield, Efficiency, and Scale
Our greenhouse systems are designed specifically for cannabis cultivation—balancing environmental control, energy efficiency, and operational simplicity.
What Sets Our Greenhouses Apart:
- Lower operating costs through passive solar design
- High light transmission glazing for improved plant quality
- Advanced environmental control systems
- Scalable infrastructure for future expansion
Greenhouse Solutions for Every Stage
Flexible Systems Based on Your Needs. Fully Engineered facilities customized to your site and goals.
HighYield™ Greenhouse Kits: For small to medium-seized operations
Commercial Modular Greenhouses: Scalable systems for larger commercial cultivation
All of our greenhouses options are available as vented systems or fully sealed designs (SunChamber™)




Cannabis Greenhouse Design Services
Engineering a Facility That Performs
A successful cannabis greenhouse starts with the right design. Our team ensures your facility is optimized before construction begins.
Cannabis Greenhouse Design Steps:
Our process begins withConceptual Design, where we explore high-level project ideas and establish a strong foundation forSchematic Design. During this phase, we work closely with you to define project goals, constraints, structural and environmental requirements, system needs, schedule, and budget.
As the project moves intoDesign Development, concepts are refined and all required engineering—structural, civil, and MEP—is completed. Once construction documents are finalized, we support the bidding process and contractor selection. When construction begins, our role shifts to project oversight, helping ensure the greenhouse is delivered as designed, on schedule, and within scope.

Why Design Matters
Poor Design Costs You Long-Term
Many cannabis facilities underperform due to design flaws—not equipment.
With Ceres, you avoid:
- Oversized or inefficient systems
- Poor airflow and humidity control
- High energy costs
- Operational bottlenecks
Instead, you get a facility engineered for consistent performance and predictable results.
The Ceres Advantage
We combine greenhouse technology with cannabis cultivation expertise.
Results you can expect:
- Lower energy and operating costs
- Higher yields and better crop consistency
- Scalable infrastructure for growth
Technology That Drives Performance: Integrated Systems, Simplified Operations
Our greenhouses integrate advanced systems to deliver consistent, high-quality results.
- Automated environmental controls (SunSense™)
- Advanced HVAC(D) systems
- High-performance glazing for optimal light transmission
- Fully integrated system design

Access Cannabis Brochures

By clicking the button above, you agree to receive emails from Ceresgs.com. Unsubscribe at any time.
Take a Greenhouse Tour
Greenhouse FAQs
How much energy do your greenhouses save?
This varies by your climate and your desired indoor growing temperatures. (An energy-efficient greenhouse has a much greater payoff if you need a warm, year-round growing environment and / or have very harsh climate). We can provide an energy analysis to calculate your energy savings, or provide more information on energy savings if you send us an email with your location and growing goals.
What yields can I expect in my greenhouse?
Here is a conservative estimate of annual yields based on total square footage of a Ceres greenhouse. This does not include corridors, headhouse space, or mechanical sheds. It is important to keep in mind that growing technique and cultivars grown will affect these projections.
For a Vented Greenhouse: .35 lbs / SF /YR
3000 SF GH = 1050 lbs /YR
For our Sealed Sunchamber™: .5 lbs / SF /YR
3000 SF GH = 1500 lbs /YR
Why is a greenhouse a good way to grow cannabis?
You get all the advantages of an indoor grow- total control, predictability, and year round growing with the advantage of full spectrum sunlight for better quality product. And lower operating costs than an indoor grow.
What is the difference between a greenhouse and a cannabis greenhouse?
The structure is the same. The main difference is how we heat/ cool/ and dehumidify the structures as well as which glazing we chose to use for light transmission.
How much does a cannabis greenhouse cost?
We provide custom quotes for our greenhouses because every project is slightly different. Several factors influence cost, including:
Size. Larger greenhouses have a lower cost per sq. ft.
Whether pursuing a custom design
Whether you need a building permit (requires stamped structurally engineered plans, which we can include)
The growing and climate control systems you are adding
Because each greenhouse is slightly different, we work with you to find the best, most cost-effective method of building for your needs.
What is the best greenhouse design for cannabis?
The best design depends on your climate, scale, and production goals. A well-designed greenhouse balances light, airflow, humidity, and temperature control.
Why is cannabis greenhouse design important?
Design directly impacts yield, energy use, and operational efficiency. Poor design can lead to long-term performance issues.
Ready to Build a High-Performance Cannabis Facility?
Talk to our team about your project and get a customized greenhouse design plan.


