Greenhouse Consulting Services
Ceres provides greenhouse consulting services focused on high-performance greenhouse design (before the greenhouse has been built) to environmental optimization (while the greenhouse is already in operation). We help clients evaluate, plan, and optimize greenhouse projects from early concept development through engineering and implementation.
Greenhouse Design, Engineering & Environmental Consulting
Successful greenhouse projects require more than selecting a structure or installing equipment. Long-term greenhouse performance depends on how environmental systems, climate conditions, operational goals, and growing requirements work together as one integrated system.
Our consulting services support:
- Commercial greenhouse projects
- Research and institutional greenhouses
- Botanical gardens
- Educational greenhouses
- Biophilic and other glass house facilities
- Architects working with growing facilities
- Existing greenhouse retrofits and optimization
Whether you are planning a new greenhouse or improving an existing facility, our team helps guide critical decisions that impact long-term performance, operational efficiency, and growing conditions.
Why Greenhouse Consulting Matters
Greenhouses are highly dynamic environments where nearly every system affects another.
Solar gain impacts cooling demand. Ventilation influences humidity. Glazing selection changes thermal performance. Mechanical systems affect airflow, temperature stability, and plant health. Small design decisions can significantly impact energy use, operational costs, and environmental control.
Without a fully integrated design strategy, greenhouse projects can face:
- Excessive heating and cooling costs
- Poor environmental uniformity
- Humidity and condensation issues
- Ventilation inefficiencies
- Oversized or undersized mechanical systems
- Inconsistent plant-growing conditions
- Long-term operational challenges
Our consulting process helps identify these issues early and develop solutions that improve both greenhouse performance and operational resiliency.
Our Greenhouse Consulting Services:
Do You Need Greenhouse Consulting Before You Build?
Greenhouse Design Consulting
Greenhouse design is the foundation of a successful controlled environment. This consulting service is for those who do not yet have a growing space and are looking for help at the design stage.
Examples of what is included for custom greenhouse design & system integration consulting:
- Greenhouse design review & material recommendations
- Climate control sizing & recommendations
- Energy calculations
- Greenhouse plans (Structural &/or stamped drawings, attachment details, MEP drawings)
- GAHT® system design packages
- SunSense™ control drawings and materials
- Glazing systems
- Environmental control strategies
- Lighting layout
- Sustainability recommendations
- Operational workflows
We work collaboratively with owners, architects, engineers, institutions, and growers to develop greenhouse systems customized to each project’s unique operational goals and environmental conditions.
Greenhouse Consulting: Existing Commercial Greenhouse Optimization
Commercial greenhouse optimization is a service we offer for existing greenhouses.
Our consulting services can identify opportunities related to:
- Energy-efficiency and sustainability improvements
- Environmental control issues (i.e. ventilation, humidity management)
- Mechanical system upgrades
- Operational performance improvements
Services offered:
- GMP/GACP consulting
- Energy analysis
- SOP for optimal operation for existing structure/systems
- Growing Recommendations and Support
- Assessment and recommendations for greenhouse materials
- Optimization of the current growing environment
Deciding between a retrofit or rebuild?
Advanced Greenhouse Simulation and Modeling with IESVE
Advanced Simulation & Modeling
Ceres uses IESVE (Integrated Environmental Solutions Virtual Environment) — an advanced building performance simulation platform — to analyze and optimize greenhouse environments using real-world climate data, building physics, airflow behavior, and mechanical system performance. Unlike simplified sizing tools or static calculations, IESVE allows us to simulate how greenhouse systems interact dynamically throughout the year under actual operating conditions.
Energy modeling
for high-performance
greenhouses
These insights help support more informed greenhouse design and engineering decisions before construction begins.
Learn how simulation-driven design improves greenhouse performance.
Talk to Our Design TeamOur Greenhouse Consulting Process
Our consulting process is designed to align greenhouse performance, operational goals, and environmental systems from the earliest planning stages.
Discovery & Project Goals
We begin by understanding your operational objectives, crop requirements, facility goals, and environmental challenges.
Site & Climate Evaluation
We assess climate conditions, solar exposure, wind patterns, and environmental factors that influence greenhouse performance.
Greenhouse System Evaluation
Our team evaluates greenhouse structures, glazing systems, ventilation strategies, HVAC systems, and environmental controls.
Environmental Modeling & Simulation
Using advanced simulation tools, we analyze thermal behavior, airflow, humidity, solar gain, and mechanical system performance.
Engineering Recommendations
We provide consulting guidance and performance-driven recommendations to support greenhouse design, optimization, and operational efficiency.
Greenhouse Consulting for Long-Term Performance
At Ceres, greenhouse consulting goes beyond equipment selection or isolated engineering analysis. We help clients create integrated greenhouse environments optimized for performance, energy efficiency, sustainability, and long-term operational success.
Whether you are planning a new greenhouse, expanding an existing facility, or evaluating environmental performance improvements, our consulting team can help guide the process.
Our greenhouse consulting services help clients make informed decisions about greenhouse design, environmental control, energy performance, and operational optimization.
Ready to discuss your greenhouse project?