HVAC Optimization
HVAC optimization gives full visibility into heating, ventilation, and air conditioning performance. It tracks system status, temperatures, energy use, and maintenance needs so facility teams can optimize comfort, prevent failures, and reduce energy waste.
HVAC Control
HVAC Control centralizes and automates the operation of all cooling and heating systems across a building. It replaces manual thermostat adjustments with intelligent scheduling, remote control, and advanced automation that adapts to occupancy, weather, and real-time conditions. The result is improved comfort, reduced energy waste, and consistent operation across all zones.
Key Capabilities
Occupancy Detection
PIR occupancy sensors, mmWave radar sensors for presence detection and counting, CO2 sensors for ventilation control, door/window sensors.
What Ferbos Delivers
Ferbos unifies all HVAC control into a single platform—schedules, zones, sensors, and automation. It ensures systems run only when needed, automatically adapts to occupancy and weather, and prevents forgotten overrides. The platform intelligently sequences multiple units, distributes runtime, flags inefficient operation, and optimizes comfort while minimizing energy waste.
Customer Benefits
Gain full oversight by trend analysis and performance logs.
Reducing emergency failures and unplanned downtime.
Achieve substantial reductions in HVAC energy consumption.
Extend equipment lifespan through monitoring & control.
Deliver stable thermal comfort and healthier indoor environments.
Operational records for audits and lifecycle management.
HVAC BENEFITS
Customer Benefits
Chiller Plant System
The Chiller Plant System module optimizes the operation of chillers, cooling towers, and pump networks to deliver cooling with maximum efficiency. Instead of running equipment reactively, the system coordinates all central plant components to reduce energy use and improve reliability.
Key Capabilities
Temperature Measurement
Used for monitoring chilled water supply and return lines, condenser water supply and return systems, cooling tower basin temperatures, as well as outside air wet-bulb and dry-bulb temperature conditions.
What Ferbos Delivers
Ferbos transforms chiller plant operations with continuous efficiency optimization. The platform visualizes plant energy flow, calculates real-time COP, and compares performance to ideal operating points. Advanced algorithms select the most efficient combination of chillers, pumps, and cooling towers based on load conditions—eliminating low-load inefficiencies, unnecessary staging, and mismatched water temperatures. Pump speeds, tower fans, and condenser water temperatures are coordinated to minimize total system energy rather than optimizing components individually.
Customer Benefits
Measurable COP optimization and real-time energy tracking.
Reduce peak loads and operational electricity costs.
Prevent premature wear on chiller compressors.
Automated selection of the most efficient chiller sequence.
Maintain consistent chilled water temperature stability.
Early detection of heat transfer issues.
CHILLER BENEFITS
Customer Benefits
AHU/FCU System
The AHU/FCU System module optimizes air distribution across the building by coordinating fans, dampers, coils, and filtration systems. Instead of running on fixed schedules or constant airflow, the system dynamically adjusts to actual building conditions—reducing energy waste while maintaining proper ventilation, air quality, and thermal comfort. By intelligently managing airflow, fresh air intake, and temperature control, the system eliminates over-conditioning and ensures efficient, healthy air delivery everywhere it's needed.
Key Capabilities
Pressure Transmitters
Differential pressure transmitters for duct static pressure and filter health monitoring.
What Ferbos Delivers
Ferbos intelligently manages the entire AHU/FCU ecosystem to deliver comfort and efficiency. The platform continuously tunes fan speeds to match real demand, reducing unnecessary airflow and dramatically cutting fan energy.
Customer Benefits
Even air distribution and elimination of hotspots.
Significant fan energy savings via VFD optimization.
Automatically maintained Indoor Air Quality (IAQ).
Automated filter monitoring reduces manual inspections.
AHU/FCU BENEFITS
Customer Benefits
HVAC Optimization
HVAC optimization gives full visibility into heating, ventilation, and air conditioning performance. It tracks system status, temperatures, energy use, and maintenance needs so facility teams can optimize comfort, prevent failures, and reduce energy waste.
HVAC Control
HVAC Control centralizes and automates the operation of all cooling and heating systems across a building. It replaces manual thermostat adjustments with intelligent scheduling, remote control, and advanced automation that adapts to occupancy, weather, and real-time conditions. The result is improved comfort, reduced energy waste, and consistent operation across all zones.
Key Capabilities
Occupancy Detection
PIR occupancy sensors, mmWave radar sensors for presence detection and counting, CO2 sensors for ventilation control, door/window sensors.
What Ferbos Delivers
Ferbos unifies all HVAC control into a single platform—schedules, zones, sensors, and automation. It ensures systems run only when needed, automatically adapts to occupancy and weather, and prevents forgotten overrides. The platform intelligently sequences multiple units, distributes runtime, flags inefficient operation, and optimizes comfort while minimizing energy waste.
Customer Benefits
Gain full oversight by trend analysis and performance logs.
Reducing emergency failures and unplanned downtime.
Achieve substantial reductions in HVAC energy consumption.
Extend equipment lifespan through monitoring & control.
Deliver stable thermal comfort and healthier indoor environments.
Operational records for audits and lifecycle management.
HVAC BENEFITS
Customer Benefits
Chiller Plant System
The Chiller Plant System module optimizes the operation of chillers, cooling towers, and pump networks to deliver cooling with maximum efficiency. Instead of running equipment reactively, the system coordinates all central plant components to reduce energy use and improve reliability.
Key Capabilities
Temperature Measurement
Used for monitoring chilled water supply and return lines, condenser water supply and return systems, cooling tower basin temperatures, as well as outside air wet-bulb and dry-bulb temperature conditions.
What Ferbos Delivers
Ferbos transforms chiller plant operations with continuous efficiency optimization. The platform visualizes plant energy flow, calculates real-time COP, and compares performance to ideal operating points. Advanced algorithms select the most efficient combination of chillers, pumps, and cooling towers based on load conditions—eliminating low-load inefficiencies, unnecessary staging, and mismatched water temperatures. Pump speeds, tower fans, and condenser water temperatures are coordinated to minimize total system energy rather than optimizing components individually.
Customer Benefits
Measurable COP optimization and real-time energy tracking.
Reduce peak loads and operational electricity costs.
Prevent premature wear on chiller compressors.
Automated selection of the most efficient chiller sequence.
Maintain consistent chilled water temperature stability.
Early detection of heat transfer issues.
CHILLER BENEFITS
Customer Benefits
AHU/FCU System
The AHU/FCU System module optimizes air distribution across the building by coordinating fans, dampers, coils, and filtration systems. Instead of running on fixed schedules or constant airflow, the system dynamically adjusts to actual building conditions—reducing energy waste while maintaining proper ventilation, air quality, and thermal comfort. By intelligently managing airflow, fresh air intake, and temperature control, the system eliminates over-conditioning and ensures efficient, healthy air delivery everywhere it's needed.
Key Capabilities
Pressure Transmitters
Differential pressure transmitters for duct static pressure and filter health monitoring.
What Ferbos Delivers
Ferbos intelligently manages the entire AHU/FCU ecosystem to deliver comfort and efficiency. The platform continuously tunes fan speeds to match real demand, reducing unnecessary airflow and dramatically cutting fan energy.
Customer Benefits
Even air distribution and elimination of hotspots.
Significant fan energy savings via VFD optimization.
Automatically maintained Indoor Air Quality (IAQ).
Automated filter monitoring reduces manual inspections.