Johnson Controls is set to report first-quarter results on April 22, with consensus estimates pointing to roughly 4% year-over-year revenue growth and a 6% increase in adjusted EPS. The anticipated uptick is driven by strong demand in HVAC equipment and lifecycle services, which together account for more than 60% of segment sales. However, investors will be watching closely for commentary on input-cost inflation—steel and copper costs have risen about 8% and 12%, respectively, since the start of the fiscal year—and the impact of foreign-exchange headwinds, which have trimmed revenue by approximately 2 percentage points in recent quarters. Management’s outlook for free-cash-flow conversion, historically above 90% of net income, will also be a key focus.

On February 2, Johnson Controls unveiled its next-generation Smart Ready YORK Chillers, featuring factory-installed connectivity and AI-driven analytics. Customers report 32% fewer unplanned service calls and up to 10 times the number of performance indicators compared with standard building-automation interfaces. The solution delivers more than 200 datapoints from day one, enabling remote fault detection and diagnostics that can identify deviations as small as 1% in efficiency. Early adopters have seen average uptime improvements of 4%, translating into lower total cost of ownership over a 10-year lifecycle.

Also on February 2, the company launched a Reference Design Guide Series for 1-gigawatt AI data centers, beginning with water-cooled chiller plants and expanding to air-cooled and absorption systems. Each guide provides detailed specifications for 220-megawatt compute quadrants, mapping temperature set points and flow rates across Technology Cooling System loops. Key outcomes include zero water consumption via dry coolers, compatibility with high-temperature loops for next-generation GPUs, and alignment with NVIDIA DSX reference architecture. These designs target industry-leading power usage effectiveness (PUE) below 1.15 and water usage effectiveness (WUE) under 0.1 liters per kilowatt-hour.