See how Willow can help you cut costs, save energy, and operate your buildings more efficiently and sustainably.
Unlock efficiency, enhance faculty and student experience, and achieve sustainability goals with actionable intelligence.
Reduce expenses by up to 30% with AI-driven insights that optimize energy, utilities, repair, maintenance, and labor. Shift from reactive to predictive maintenance with foresight into potential problems before they occur.
Dynamically control HVAC systems based on real-time occupancy data and class schedules to save energy and reduce costs.
Use real-time insights to optimize energy use across campus buildings. Adjust lighting, heating, and cooling based on usage patterns to meet your sustainability targets and make a measurable impact.
Quickly identify the root causes of facility issues to minimize disruptions that could impact your learning environment. Deploy the right personnel to the right locations, and efficiently determine your maintenance needs.
Create a more productive, comfortable, and optimized campus environment for students, faculty, and visitors, driving higher engagement and satisfaction.
Discover how Northern Arizona University leveraged Willow’s platform to reduce their energy costs and achieve major sustainability milestones, all while improving overall campus efficiency.
Automatically act on AI-generated insights across HVAC, water systems, fume hoods, and energy load. Adjust systems based on real-time context, like occupancy and class schedules, and resolve issues before they disrupt students, staff, or research.
Leverage pre-built intelligence for campus operations, including fume hood monitoring for labs, water leak detection, and occupancy-based HVAC setbacks tied to class schedules.
Built on Microsoft Azure and with institutional-grade data management, Willow meets the security and compliance standards that education institution’s IT and procurement teams require.
Turn your net-zero or carbon-neutral pledge into a measurable operational plan. Track energy consumption, grid emissions, and progress against sustainability targets in real time across every building on campus.