“We turned the cooling up because workers said it was hot — now one side of the floor is freezing.”
If you manage a manufacturing site, you have probably heard this at least once.
A production floor is a mix of heat-generating equipment such as welders and presses and workers constantly on the move,
alongside idle, non-operating zones — all in the same space.
In an environment like this, controlling HVAC by simply switching everything “on and off” at once
easily leaves one area overcooled or overheated while another stays too hot or too cold.
Adding more HVAC units does not change the situation.
The problem lies not in output capacity, but in control.
Why Does HVAC Waste Happen?
Unlike an ordinary office,
a manufacturing floor has different temperature requirements and work patterns for every process.
In the end, on the logic that keeping everything ‘always on’ is the safest option,
many facilities run their HVAC around the clock.
But this is a structural loss that leads to wasted power and rising carbon emissions.
“Temperature-Modulating AI Control”: Managing HVAC with Data
AI HVAC control does not simply switch the power off automatically —
it learns temperature patterns and process characteristics, adjusting only as much as needed.
📍 Examples of How It Works
– High-heat equipment zones: heat output + ambient temperature data → automatic cooling compensation
– Idle lines: no occupancy signal detected → switch to power-saving mode
– Shift changes and lunch breaks: schedule-based shutdown, automatic resume before work starts
The AI collects temperature data from the floor in real time
and performs “Predictive HVAC” control that responds to changes in time of day, process, and headcount.
The result: HVAC efficiency is maximized while workers stay comfortable.
Expected Benefits: Operational Efficiency Gains Beyond Cost Savings
After adopting AI control, some mid-sized factories confirmed not only 20~30% annual electricity cost savings but also
longer HVAC equipment life and lower maintenance costs.
People Also Ask
Q. How can HVAC be optimized on a manufacturing site?
A. Apply AI control that automatically adjusts HVAC output based on temperature data, equipment operating status, and occupancy density.
The key is to control heat-intensive process zones and idle lines separately.
Q. Do we need to replace our existing HVAC equipment?
A. No. In most cases, simply adding sensors and controllers to your existing HVAC units
is enough to enable AI-based automatic control.
✅ 2025 Special Event
We are selecting 10 companies to receive a free PoC (Proof of Concept) service.
Run a quick self-assessment to see whether your site is a fit, then apply — applications are reviewed on a priority basis.
