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LED Grow Lights
Climate
- Humidity ControlHumidity is a measurement of the amount of water vapour in the air. The higher the air temperature, the greater its capacity for supporting water in a vapour state, and the higher the specific humidity. Humidity level can have significant effects on plant development and wellbeing. Environments which have a low humidity can induce plant water stress, negatively impacting growth potential, whereas high humidity levels can adversely alter plant growth and development, and encourage the outbreak of pests and disease. Managing humidity is a key action for growers aiming to create the optimum conditions for plant growth, and is achieved through either the removal or addition of humidity to reach desired levels.
- Temperature ControlPlants, like most other organisms, require certain environmental conditions for optimum growth and metabolic function. Temperature is a key environmental factor that will influence plant growth profiles. For instance, if the temperature in a grow environment is too low for a given plant variety, this will adversely affect the amount of photosynthesis that the plant can undertake. If the environment becomes too hot, then plants will begin to cool themselves via transpiration, increasing water loss and reducing growth potential. In extremis, plants suffering from heat stress will exhibit a range of adverse stress responses, including tissue senescence, shoot and root growth inhibition, and damage or loss of fruit. Thus, understanding and supplying exactly the right environmental and temperature conditions in a grow environment can result in significant differences in overall yield. In addition to keeping temperatures within the target range for plant growth, temperature management technology can also be used to augment environment characteristics. As an example, the optimum temperatures for plant productivity will likely vary during the day. Constant temperatures are less optimal for growth regimes than periods of diurnal temperature variation, such as higher temperatures to coincide with light period, and lower temperatures during the dark period. Plants…
  - Cooling
    - Air Coolers & Conditioners
    - Cooling Accessories
  - Heating
Monitoring & MeasurementControlling an environment to achieve optimum plant growth requires constant monitoring of environmental parameters to ensure the right environment is maintained. This can be accomplished automatically through the use of sensors and control equipment, or directly with manual lab-grade environmental measuring apparatus. Whether you are aiming to fully automate your grow-room environment, or just to periodically check the pH of your nutrient solution, we have monitoring and measuring equipment from the leading scientific analytics manufacturers.
Hydroponics & Irrigation
- HydroponicsPerhaps the most important feature of a plant life support system is the active delivery of water through irrigation. Additionally, an essential factor for the optimisation of plant growth is to ensure that irrigation water has the right mix of nutrients and other growth agents to ensure plants have all the resources they need for growth. Hydroponic systems deliver a mix of water and nutrients through a range of techniques. These systems can be extremely precise, high-energy setups, or low-tech, gravity driven systems. The best possible option will depend on the type of grow environment and crop variety, but regardless, all production systems will benefit from taking control over the irrigation and fertigation regime.
- Fertigation & Nutrient Dosing
Consumables
Pests & Water Treatment
Racking, Benches & Trays
Air Handling
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Scenario A - Air Handling
Scenario A - Climate
Scenario A - Control Systems
Scenario A - Cooling
Scenario A - Fertigation
Scenario A - Fixed Spectrum Lights
Scenario A - Heating
Scenario A - Humidity Control
Scenario A - Irrigation
Scenario A - Racking/Benches
Scenario A - Tuneable Spectrum Lights
Scenario B - Air Handling
Scenario B - Control Systems
Scenario B - Cooling
Scenario B - Fertigation
Scenario B - Fixed Spectrum Lights
Scenario B - Heating
Scenario B - Humidity Control
Scenario B - Irrigation
Scenario B - Racking/Benches
Scenario B - Tuneable Spectrum Lights
Scenario C - Air handling
Scenario C - Control Systems
Scenario C - Cooling
Scenario C - Fertigation
Scenario C - Fixed Spectrum Lights
Scenario C - Heating
Scenario C - Humidity Control
Scenario C - Irrigation
Scenario C - Racking/Benches
Scenario C - Tuneable Spectrum Lights
Scenario D - Air Handling
Scenario D - Control Systems
Scenario D - Cooling
Scenario D - Fertigation
Scenario D - Fixed Spectrum Lights
Scenario D - Heating
Scenario D - Humidity Control
Scenario D - Irrigation
Scenario D - Racking/Benches
Scenario D - Tuneable Spectrum Lights
Scenario E - Air Handling
Scenario E - Control Systems
Scenario E - Cooling
Scenario E - Fertigation
Scenario E - Fixed Spectrum Lights
Scenario E - Heating
Scenario E - Humidity Control
Scenario E - Irrigation
Scenario E - Racking/Benches
Scenario E - Tuneable Spectrum Lights
Scenario F - Air Handling
Scenario F - Control Systems
Scenario F - Cooling
Scenario F - Fertigation
Scenario F - Fixed Spectrum Lights
Scenario F - Heating
Scenario F - Humidity Control
Scenario F - Irrigation
Scenario F - Racking/Benches
Scenario F - Tuneable Spectrum Lights

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