Commercial Grow Room HVAC
Integrated HVAC for Cannabis Grow Rooms
Precise Climate Control for Maximum Yields
Altaqua Grow Room HVAC
Altaqua GAS Series Grow Room HVAC System is purpose-built for commercial cannabis cultivation. Designed for professional growers, this unit combines dehumidifying, air cooling, air heating, and central air ventilation. But humidity control is its main focus.
The GAS Series is different from traditional systems. It keeps temperature and humidity steady all through the growth cycle. Our system is perfect for large commercial grow room and growers who value consistency, quality, and yield. It offers control tailored to each stage of cannabis growth.
If you’re aiming for premium-grade results and need a climate solution that is available 24 hours a day, Altaqua GAS Series Grow Room HVAC System delivers.
Integrated HVAC Functions
Effectively removes moisture while lowering temperature
Maintains target humidity and raises temperature when needed
Provides climate balancing to keep your grow room within ideal VPD range
Circulates air evenly to reduce microclimates and supports uniform growth
Monitor, adjust and receive alerts from anywhere with 24/7 control
Automates CO₂ injection to maximize photosynthesis efficiency
Introduces fresh outside air when needed, preventing stale, high-humidity buildup
UV-C and MERV-8 filtration reduce mold spores, bacteria, and airborne threats
Key Advantages of Altaqua HVAC
Dew Point Control for Accurate Dehumidification
Traditional humidity control can struggle with temperature changes. This often causes too much or too little dehumidification. Our system uses dew point control. This method focuses on the actual water vapor in the air. It doesn’t rely on temperature. So, it offers improved humidity control that is accurate and reliable. Growers can stop mold, boost flower quality, and increase yield.
E+E Precision Control and Superior Reliability
Our system uses precise temperature and humidity sensors from E+E Elektronik in Austria. This keeps deviations within ±2.5% RH and ±0.3°C in the growing room. Small changes help growers keep stable environments during all growth stages. This leads to the best climate conditions, boosting yield and consistency.
Redundant Design for Avoiding Downtime
Our system features a built-in redundant design with multiple compressors and control circuits. If some modules fail, the others will still work. This keeps climate control running smoothly. For commercial growers, this means no downtime for equipment. There’s also no loss of temperature or humidity control. Plus, plants won’t get damaged, yields stay high, and flower quality remains strong.
Siemens PLC Control Panel for User-Friendly Operation
Our system uses Siemens PLC and HMI technology. This ensures easy operation and flexible adjustments. Growers set their target temperature and humidity. The system then responds to changes in the environment. It automatically adjusts its operations to meet those targets. It reduces human errors, improves the environment, and creates better conditions for flowers to grow. This results in higher quality.
WiFi Remote Monitoring and Control
Our system offers WiFi connectivity. This allows for 24/7 remote access and real-time monitoring on mobile devices. You can check and change the temperature and humidity from anywhere in the world. Share real-time data when discussing cultivation parameters with your team or customers. This speeds up decision-making and boosts management efficiency. It also reduces errors and communication costs.
Seamless Modbus Integration for Centralized Management
Our systems support Modbus integration. This connects easily to current grow facility management systems. Growers can adjust temperature, humidity, and more in different areas from a single location. This integration makes operations easier. It cuts down on manual work for big growers. It also boosts management efficiency and keeps the environment stable across areas.
Reliable EC Fan Motor Saves Energy Costs
Our system features EBM's GreenTech EC fans. These fans change airflow based on system pressure and return air temperature. It stops fluctuations caused by uneven airflow. It adjusts the fan speed based on actual needs. This cuts down on energy use and lowers costs. Plus, it helps save on energy bills. It also reduces fan overload, lowers equipment failure rates, and extends fan life. This cuts down on maintenance and replacement costs.
Work with Air Ducts for Even Air Distribution
Our system, when used with air ducts, evenly mixes and circulates air throughout the growing chamber. This prevents the formation of microclimates. It also prevents the occurrence of hot and cold spots and areas with stagnant, humid air. By using ducts to distribute airflow, growers can create a stable environment within the canopy. This promotes uniform cannabis growth, reduces the likelihood of mold or stress, and improves crop quality.
Solving Grow Room Challenges
During the growing process, have you ever encountered these problems? Improper humidity control leads to mold growth. In winter, low temperatures make it hard for the system to perform well. This also makes controlling temperature and humidity tougher. High-energy consumption equipment keeps pushing up your operating costs. These common problems are actually lowering your growing efficiency without noticing.
Altaqua Grow Room HVAC systems are the perfect solution for all your growing needs! Read on to discover how our system can help you stabilise the environment!
Improper Temperature and Humidity Control
Altaqua GAS Series Grow Room HVAC system delivers outstanding precision control. It keeps temperature changes to ±0.5°C and dew point shifts to ±1°C. When conditions change, the system adjusts automatically using real-time data. This ensures that temperature and humidity always stay within the target range. It only stops running when both temperature and humidity reach the setpoints. This avoids overshooting caused by reaching a single target alone. This minimizes the negative effects of environmental changes on crops.
Energy Consumption Concerns
Energy consumption is always an important concern for growers during grow room operation. Altaqua commercial grow room HVAC boosts energy efficiency with its heat recovery feature. When the compressor runs, it generates a large amount of heat. The system takes some heat from the reheat coil. It uses this heat to warm the dehumidified air. Then, it sends the air back into the grow room. This process keeps the air from getting too cold when dehumidifying. It also lowers the energy needed for extra heating. The system uses heat that would be wasted. This helps lower energy consumption and saves a lot on operating costs.
Product Performance in Low Temperature
Cold temperatures can make air conditioning systems unstable. This reduces dehumidification efficiency and can harm crop growth. Our system works well in temperatures from -20°F to 110°F. It keeps indoor temperature and humidity stable, even in extreme cold. Our system outperforms traditional solutions that struggle in low temperatures. It keeps dehumidification efficient. This helps growers reduce crop losses from environmental changes.
Altaqua Grow Room HVAC Parameter
Choosing the right model is crucial when selecting a commercial grow room HVAC. We provide various equipment specs for different grow room sizes and needs. Check the parameters below. Choose the model that best fits your cooling, dehumidification, and other needs.
How to Choose the Right Model
Choosing the right HVAC system begins with knowing your grow room’s details. Consider the room size and height. Think about the type and number of grow lights, including their wattage. Also, note the daily irrigation volume and the number of plants. Lastly, determine if the room is for flowering, vegetative growth, or cloning. These factors impact heat and moisture loads. This, in turn, determines the needed system capacity.
The right solution depends on your budget and project phase, not just technical needs. For early-stage projects or those on a tight budget, we provide simple systems. These systems balance performance and cost. For growers ready to invest more, we offer advanced options. These come with better automation and save energy over the long term. Every solution fits your goals. It does this without harming climate stability or plant health.
If you’re unsure how to calculate your exact requirements, send us your project details. Our engineering team will create a precise and cost-effective solution for you.
Simple Installation
Our HVAC system is easy to install. You can set it up indoors, outdoors, or on the roof. Pick a good spot. Then, connect the indoor and outdoor units with copper pipes. Next, hook up the ductwork and electrical lines.
Now, you’re all set! No need for complicated setup or special construction. After you install it, set your target temperature and humidity on the Siemens PLC touchscreen. The system will handle everything else. Even standard HVAC technicians can handle the job quickly.
Besides, our professional after-sales team is always ready to support you. For installation, commissioning, or other questions, we offer quick help.
Easy Operation
Our HVAC system has a Siemens PLC control panel. You can quickly set and adjust system parameters directly on the panel. The operation is intuitive and simple.The system supports WiFi remote control. You can check the system status anytime. You can also change the temperature and humidity settings using your phone or PC.
In addition, the system integrates the standard Modbus protocol. It connects easily to your building management system. This allows for centralized control and real-time data monitoring. This helps you optimize environmental changes using accurate data. This simple operation helps growers easily manage the grow room. They can then focus completely on healthy cannabis growth and high yields.
Convenient Maintenance
Our HVAC systems are easy to maintain—just clean or replace filters, wash the coils, and keep sensors calibrated. These tasks are straightforward and can be handled by standard HVAC technicians after brief training. With regular upkeep, our systems can deliver stable climate control and a service life of 10–20 years, supporting consistent yields and healthy plant growth over the long term.
Comprehensive Support and Service
Are you worried about possible equipment failures when choosing an HVAC system for a cultivation room? Worried that this could disrupt your cultivation schedule?
We fully understand these concerns. In a cultivation room, equipment failure can result in yield losses and schedule disruptions. We use top-notch core parts from well-known brands. This helps us make sure the system runs smoothly for a long time. The system has a multi-loop redundant structure. If one module fails, others can take over. This keeps temperature and humidity stable and reduces downtime risk. If an anomaly occurs, we offer detailed technical documents, remote diagnostics, and online support. This helps you return to normal operations fast and protect your cultivation results.
Successful Projects of Commercial Grow Room HVAC
We’ve collected real project cases from grow rooms of different sizes and stages of growth. Our system keeps climate control stable in various conditions. This helps growers get consistent yields and high-quality products. We hope these cases give you the clarity and confidence to choose the best solution for your own grow room.
The USA Cannabis Flower Room Project
Canada Cannabis Flower Room Project
Canada Cannabis Flower Room Project
Get Started With A Free Proposal
Let’s work together to design a climate control solution that fits your grow room needs and budget. Contact us now for a free, personalized proposal.