Uniform crop coverage Every square metre receives the same climate quality through AERO-S™ directed airflow. Eliminating dead zones reduces disease pressure and brings crop consistency within reach.
Continuous modulation No hard switching, no thermal shock. The system modulates across the full climate spectrum in real time, maintaining setpoints without the oscillation that disrupts crop development.
Plug-in integration Connects via Modbus and HLP without replacing existing infrastructure. Remote monitoring included, full operational visibility from day one.
One machine SectorJet™ resolves dehumidification, cooling and heating in a single unit, designed for Controlled Environment Agriculture from first principles.
Directional air distribution SectorJet™ Conventional air distribution can leave parts of a room under-conditioned, with warm spots, stagnant zones and uneven humidity that affect crop uniformity and mould pressure. SectorJet™ directs the airflow across the full cultivation or drying space, so conditions are more even from wall to wall. Fewer dead zones More uniform room climate Consistent crop quality
Grow-phase logic ClimaFlow 3X™ Fixed climate settings do not match the changing needs of propagation, vegetative growth, flowering or drying. ClimaFlow 3X™ adapts the system behaviour to each phase, keeping the climate strategy aligned with the crop or product stage from start to finish. Adapts to each phase Fewer manual adjustments Consistent results
Intelligent dehumidification HyperDR-AI™ Dehumidifying in hard on-off cycles causes humidity swings, temperature changes and energy peaks, especially when transpiration or drying loads change. HyperDR-AI™ matches moisture removal to real-time demand, keeping relative humidity stable. Stable RH control Fewer energy peaks Follows the actual load
Airflow precision AERO-S™ Even with enough capacity, an unsuited airflow strategy can leave zones with uneven air movement and weak canopy penetration. AERO-S™ optimises air throw and circulation across the room, improving climate uniformity where the crop needs it. Canopy penetration Optimised air throw Stable circulation
Adaptive compressor control A-SPEC™ Seasonal changes and shifting heat and humidity loads can move a system away from its optimal operating point. A-SPEC™ adapts the system behaviour to the actual operating conditions, throughout the year. Adapts to the season Stable under changing loads Efficient operation
Energy recovery RE-ACT™ Cooling and dehumidification release heat that often goes unused. RE-ACT™ recovers and reuses available heat within the climate process, lowering energy use and operating costs. Reuses available heat Lower operating costs Higher overall efficiency
Variable capacity Infinity DC Inverter Fixed-capacity compressors run at full power until the setpoint is reached and then switch off, causing temperature swings, RH drift and wear. The DC inverter modulates compressor output to match the demand of the room. Fewer on-off cycles Stable room conditions Efficient at part load
Dehumidification efficiency 5 l/kWh Revomax combines a DC inverter compressor with dual EEV control to reach a dehumidification efficiency of up to 5 litres per kWh under specified operating conditions, while keeping performance stable as loads change. Up to 5 l/kWh Dual EEV control Stable under load
Simultaneous control Double EEV Two independently controlled electronic expansion valves let the refrigeration cycle optimise cooling, heating and dehumidification at the same time. This keeps temperature stable while moisture is removed, even as loads change. Cooling, heating and dehumidification together Stable temperature under changing loads Basis for high dehumidification efficiency