As energy regulations and indoor air quality standards continue to tighten across the U.S., HVAC manufacturers are adapting with new technologies. Anshuman Bhargava, Head of New Business and General Manager at AIIR, recently shared how his company is approaching these industry shifts.
Bhargava notes that regulations from the DOE and EPA, alongside stricter codes in states like California and New York, are pushing for more energy-efficient HVAC and refrigeration products—especially those using low global warming potential refrigerants and providing improved air quality.
AIIR’s response is a through-the-wall packaged heat pump, which Bhargava says requires no ducting or refrigerant piping, making installation simpler and reducing costs. But a key differentiator, he explains, is the system’s smart controls and use of machine learning. The unit’s onboard microprocessor collects data from sensors—tracking indoor and outdoor conditions, occupancy, and humidity—and uses that information to adjust temperature and airflow for comfort and efficiency.
Instead of relying on preset schedules or a single thermostat, the system adapts to each user’s habits, even preparing rooms in advance based on learned patterns. “If an individual leaves home at 8 a.m. and comes back at 5:30, the system will realize that,” Bhargava says, “and start conditioning the space in advance.”
Each room or zone gets its own dedicated unit, allowing for personalized temperature settings. The system can also adapt to seasonal changes and external air conditions. While the first release focuses on temperature, humidity, and occupancy sensors, AIIR plans to introduce more advanced air quality sensors in future versions.
The company’s primary markets are multi-family buildings, hotels, schools, and some residential applications. Bhargava highlights that the system’s low refrigerant charge helps with safety and regulatory compliance, especially compared to traditional packaged systems.
AIIR is also developing an app to let users and service technicians monitor and optimize performance, and is working to integrate predictive maintenance features.
Bhargava believes that combining distributed HVAC design, intelligent controls, and low-impact refrigerants can help meet both regulatory and user demands for comfort and efficiency.