See how Willow can help you cut costs, save energy, and operate your buildings more efficiently and sustainably.
Whether it’s maintaining aging infrastructure, managing rising energy cost, or keeping operations running without interruption, facility teams aspire to do more with less. Operational AI delivers on this promise. It gives organizations the ability to act before problems escalate and make decisions grounded in data. The value this unlocks goes far beyond incremental efficiency gains.
Value shows up in three distinct ways. First, through direct savings that appear immediately on the bottom line. Second, through cost avoidance that prevents cascading failures. And third, through risk prevention. Together, these advantages support a more proactive and confident approach to building operations.
Let’s walk through each of these areas with examples of how these are realized in Willow.
Buildings generate a large share of operating costs through heating, cooling, and ventilation. Willow’s Skills and Insights tackle direct energy savings in this area by identifying opportunities for action. Examples include dispatching a technician to adjust a damper position or automated scale back of set points based on room occupancy. Teams can also adjust loads based on energy grid awareness.
Willow’s Load Shed – Power Consumption Approaching Monthly Peak Demand Skill generates an Insight to alert when current power consumption is approaching the previous month’s peak demand, which could trigger higher demand charges from the utility company. The system recommends immediate actions to reduce load, such as increasing temperature set points and turning off unnecessary equipment.
Now, let’s take a look at an example of workforce efficiency. Technicians spend a significant amount of time searching for information and retracing steps. With the right information presented contextually, they can resolve issues faster. Willow Copilot provides conversational access to details otherwise buried in knowledge bases, troubleshooting guides and O&M manuals.
When small problems go unnoticed, they can cascade into expensive remediation. Operational AI helps teams detect early signals and respond to them before they escalate. Let’s walk through a few examples of cost avoidance.
Willow’s Skills like Spike in Water Consumption – Potential Water Leak make it easy to detect anomalies in water consumption patterns that might indicate presence of leaks. Early detection is key to avoid ripple effects and related costs.
Operational AI strengthens building safety and compliance by providing continuous monitoring. As an example, Willow’s Skills and Insights help with building management during periods of inclement weather. Teams get alerted when indoor temperatures approach predetermined thresholds. The Skill AHU Freeze Alarm Activated helps detect conditions based on low temperature events. Priority is adjusted to Critical when outside temperatures are below 38 degrees F.
Environmental and occupant protection is another area of risk prevention. Willow Skills and Insights, when integrated with Indoor Air Quality (IAQ) sensors, provide automated, data-driven actions to maintain and improve the building’s IAQ. Willow’s Skill Space Air Quality Above ASHRAE Recommendation monitors sensor data such as particulate matter, CO₂, or other air quality indicators relative to ASHRAE threshold values. When levels surpass these recommendations, the Skill generates an Insight alerting facility teams to potential issues with ventilation, filtration, or occupancy that may affect comfort and safety within the space.
Continuous monitoring further helps teams avoid unexpected outages, while triage with Willow Copilot provides clarity during abnormal events. This reduces uncertainty and helps maintain continuity even during challenging situations.
Willow’s Operational AI delivers measurable financial and operational impact. Direct savings, cost avoidance, and risk prevention together represent the ROI that facility teams can realize. These three value streams are synergistic and reinforce one another. Energy savings compound over time, and early fault detection prevents cascading costs. Continuous monitoring of environmental conditions protects occupants and assets. This all combines to ensure that buildings operate more efficiently.