Your heat pump is rated for peak conditions. But your site does not operate at peak conditions. It operates at -15 °C in January, at full process load, with no tolerance for heating interruptions.
Standard heat pumps derate in cold weather. That gap between specified capacity and actual output is not a minor inconvenience — it is a measurable operational risk. Extreme-duty heat pumps are engineered to eliminate it.
Where standard heat pumps fall short in demanding conditions
Conventional heat pumps are rated at nominal conditions — typically around +7 °C outdoor temperature. When outdoor temperatures drop toward -15 °C, capacity drops with them. Significantly.
For industrial sites, construction projects, and process-critical facilities, this creates a predictable failure pattern:
- Heating output falls short of demand during the coldest periods — exactly when reliability matters most
- Supplementary heating systems activate at high cost to compensate for the performance gap
- Process temperatures drift outside acceptable ranges, triggering operational disruptions
- Facilities sized on rated capacity find themselves systematically underheated in real-world conditions
The problem is not that standard heat pumps are poorly made. The problem is that they were not designed for your operating environment.
How extreme-duty heat pumps are engineered differently
Heavy-duty heat pumps designed for industrial and demanding applications take a fundamentally different approach to cold-weather performance: they guarantee nominal capacity at all outdoor temperatures, not just at optimal ones.
AirTreater Biegga delivers a guaranteed minimum of 81 kW at every outdoor temperature — no derating, no performance cliff. Maximum heating capacity reaches 165 kW, and at least 81 kW at all outdoor temperatures, combining 84 kW of heat pump output with 81 kW of integrated electric element backup that activates automatically when conditions demand it.
The engineering differences that make this possible:
- Integrated backup systems that engage seamlessly to maintain setpoint when compressor output alone is insufficient
- System-level redundancy designed around real operating conditions, not laboratory benchmarks
- Containerised architecture that maintains consistent performance regardless of site conditions or ambient exposure
- Remote management via an automated remote management platform, providing real-time operational visibility and control from any browser, 24 hours a day — named end users can also have access to the automation system
AirTreater Biegga also delivers cooling to 81 kW — the same unit handles both heating and cooling, eliminating the need for separate systems and reducing both capital and maintenance costs.
The real cost of choosing the wrong heat pump
Procurement decisions made on purchase price alone routinely produce the highest total cost of operation. The performance gap in standard heat pumps has a direct financial consequence.
Consider what an underspecified heating system actually costs:
- Emergency supplementary heating at high energy cost during cold periods
- Process downtime when temperature setpoints cannot be maintained
- Restart costs for processes that cannot tolerate temperature deviation
- Reactive maintenance and emergency call-outs outside business hours
- Replacement procurement when a system proves inadequate for site conditions
An extreme-duty heat pump with a guaranteed performance floor eliminates these variables. The cost of certainty is quantifiable. The cost of uncertainty is not — until it materialises on site.
Matching extreme-duty performance to your site requirements
Industrial heat pump selection is not a catalogue exercise. The right system depends on your site’s thermal load, floor area, temperature requirements, and operational profile.
AirTreater Biegga is engineered for large open spaces — warehouses, production halls, and industrial facilities in the 500 to 1,500 m² range. A single unit delivers reliable heating and cooling for spaces up to approximately 1,000 m², with site-specific calculations carried out for every deployment.
For sites requiring liquid-cycle heat distribution, AirTreater Čáhci delivers up to 420 kW, with outlet water temperatures maintained at high levels even at very low outdoor temperatures — enabling direct integration with existing hydronic distribution systems. The heat pump operates down to -28 °C; below -28 °C, the backup system guarantees at least 300 kW even without external electric power in hazardous situations. For process-critical cooling and heating applications with highly specific load profiles, AirTreater Prosea is engineered to specification for each site.
Deployment does not require permanent infrastructure. The containerised format connects on site in a single working day. Without heat distribution requirements, the system is fully operational within 4 hours of arrival on site.
Find the right heat pump solution for your site
Heat pump performance comparisons on paper do not reflect what happens at -15 °C on a January morning when your process cannot stop. Guaranteed nominal capacity at all outdoor temperatures is not a marketing claim — it is an engineering specification and a contractual commitment.
If your current or planned heating system carries a performance gap at extreme temperatures, the right time to address it is before that gap becomes an operational event.
Contact the AirTreater technical team to discuss your site’s heating and cooling requirements. Bring your floor area, your temperature setpoints, and your operational constraints — the conversation starts with your specifications, not ours.
