Controls Optimization

We are recruiting pilot sites for our water-cooled chiller plant optimization logic, which provides optimal equipment staging, water flow setpoints, and water temperature setpoints for every load and weather condition your building will encounter.

Currently in development is our algorithm for balancing air handler airflow and supply air temperature to reduce VAV system total energy use.

  • Reduce energy use

  • Extend equipment life

  • Improve comfort and productivity

Energy Efficiency

  • Optimize tradeoff between chillers, cooling towers, and condenser water pumps

  • Optimize tradeoff between chillers, chilled water pumps, and AHUs

  • Optimize tradeoff between terminal unit reheat energy, AHU cooling energy, and AHU fan energy

  • Optimize facility warmup start time and duration

  • Minimize friction losses across control valves

  • Minimize friction losses across control dampers

Demand Management

  • Pre-cool thermal zones prior to peak periods

  • Control cooling based on real-time electricity pricing

Process Control

  • Improve thermal comfort

  • Improve productivity

  • Improve indoor air quality