‍Modular MAX: The Orchestrator for RTU and VAV/CAV Systems

Modular MAX addresses these issues by seamlessly connecting RTUs, VAVs, and CAVs to other HVAC components and the BMS. Acting as the orchestrator, Modular MAX ensures that all systems, including VRFs, AHUs, and heating units, work in harmony. This unified approach eliminates inefficiencies and optimizes performance across the entire building.
With Niagara-powered software kits, Modular MAX provides tailored management scenarios for RTUs, VAVs, and CAVs. These solutions enable precise control of temperature and airflow, ensuring that all systems work cohesively to meet the building’s needs rather than operating as isolated units.

‍Flora AI and Wireless Air Quality Sensors: Enhancing Integration

Flora AI further enhances RTU, VAV, and CAV management by utilizing real-time data from wireless air quality sensors. These sensors continuously monitor parameters such as CO2 levels, temperature, humidity, and airflow, providing Flora AI with the information needed to dynamically optimize system operations.Flora AI ensures that RTUs and VAV/CAV systems work in coordination with other components. For instance, when increased occupancy leads to higher CO2 levels, Flora AI can adjust the airflow from VAV/CAV systems and optimize RTU ventilation rates while balancing energy use across VRFs and heating systems. This intelligent integration reduces energy waste, maintains air quality, and enhances occupant comfort.
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This advanced system delivers significant advantages:
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‍Seamless Integration: Modular MAX connects RTUs, VAVs, CAVs, and other HVAC components into a unified network.
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‍Wireless Communication: LoRaWAN technology simplifies installation, reducing the need for extensive cabling.
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‍Real-Time Optimization: Flora AI ensures all systems work cohesively to minimize energy consumption and CO2 emissions.
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‍Enhanced Comfort: Consistent temperature, airflow, and air quality control across all zones.Custom Scenarios: Niagara-powered software kits enable tailored solutions for RTUs, VAVs, and CAVs to optimize performance.