When outdoor temperatures drop, most heating equipment does not deliver what its specification sheet promises. Capacity derates. Backup systems struggle. Operations slow down or stop entirely.
For facilities, construction sites, and industrial operations in cold climates, that gap between rated performance and real-world output is not an inconvenience. It is a direct operational risk.
Why Standard Heat Pumps Fail Below Freezing
Conventional heat pumps are rated at nominal conditions, typically around +7 °C outdoor temperature. As temperatures fall, so does their output. By the time conditions reach -10 °C or -15 °C, many systems deliver a fraction of their stated capacity — like 40% of rated output.
This is not a flaw in a specific product. It is how most heating equipment on the market is designed and sold.
The consequences for operations in cold climates are predictable:
- Heating output drops precisely when demand is highest
- Integrated backup systems activate more frequently, increasing energy costs
- Temperature setpoints become impossible to maintain in extreme conditions
- Process continuity is compromised at the worst possible moment
Industrial heating in cold climates demands a different standard. Not a system rated for optimal conditions. A system guaranteed to perform in the conditions that actually exist.
Full Rated Output Even at Very Low Temperatures
AirTreater systems are guaranteed to deliver at least nominal heating capacity at all outdoor temperatures. This is not a rated condition. It is a guarantee.
AirTreater Biegga, the air-to-air heat pump solution designed for large spaces and industrial facilities, delivers a guaranteed minimum of 81 kW at every outdoor temperature. Maximum heating output reaches 165 kW, combining 84 kW of heat pump capacity with 81 kW of electric element backup heating, and at least 81 kW at all outdoor temperatures.
What that means in practice:
- A single Biegga unit heats or cools spaces up to approximately 1,000 m²
- Nominal capacity is maintained regardless of outdoor temperature, including Arctic conditions
- The integrated backup system activates when needed, ensuring continuity without manual intervention
- The same unit delivers both heating and cooling, eliminating the need for separate systems
For sites where liquid-cycle heat distribution is required, AirTreater Čáhci maintains 120 kW of nominal heating output using compressors alone, with a maximum output of 420 kW. The heat pump operates down to -28 °C. Below -28 °C, the integrated backup system guarantees at least 300 kW of heating capacity even without external electric power in hazardous situations.
Heat pump Arctic performance at this level is not common in the market. It is the engineering baseline AirTreater was built around.
Portable, Deployment-Ready Containerised Systems
Both AirTreater Biegga and AirTreater Čáhci are delivered as containerised solutions, pre-configured and ready to connect on arrival.
The deployment timeline is specific and verifiable:
- Container connection and commissioning, including electrical connection, completes in a single working day
- Where no heat distribution network is required, the system is fully operational within 4 hours of arriving on site
- No permanent civil works or plant room infrastructure required
- When the project ends or operational requirements change, the system relocates with it
For construction projects, temporary industrial sites, and operations that require heating equipment in Arctic conditions without committing to permanent infrastructure, this form factor eliminates the lead times and site dependencies of fixed installations.
The containerised format is not a compromise. It is a deliberate engineering choice that makes deployment faster, redeployment straightforward, and total cost of ownership lower over the system’s operational life.
Remote Monitoring and 24/7 Support in Isolated Environments
Heating equipment in remote or unmanned locations creates a specific operational challenge: when something needs attention, someone needs to be there. Or they used to.
AirTreater systems are managed via an automated remote management platform, which provides real-time operational data and full settings control through a standard web browser. Named end users can also have access to the automation system. No specialist software. No on-site presence required for routine adjustments.
The remote management capability delivers:
- Real-time visibility into system operation from any location with internet access
- Settings adjustable directly from a browser, without dispatching a technician
- Rapid fault analysis when anomalies occur, reducing response time and travel costs
- GSM connectivity and fieldbus integration for sites where standard network access is limited
AirTreater’s service centre operates 24/7/365. Alarms route directly to the centre, and the team takes action to resolve issues as quickly as possible. For operations that run continuously and cannot afford heating interruptions, that support structure is not optional. It is a requirement.
AirTreater systems also integrate with existing building automation infrastructure, allowing the heating solution to operate within the control architecture already in place on site.
Get a Heating Solution Built for Arctic Performance
If your site operates in cold climate conditions and your current heating equipment cannot guarantee nominal output at low temperatures, the performance gap is a known risk. The question is whether you address it before it becomes an operational failure.
AirTreater industrial heating solutions for cold climates are engineered for exactly the conditions that expose conventional equipment. Guaranteed nominal capacity at all temperatures. Containerised deployment with startup within 4 hours of arriving on site where no heat distribution network is required. Remote management and 24/7 support for continuous operations.
Contact the AirTreater team to discuss your site requirements and receive technical documentation for your specific application. Bring your temperature data, your space dimensions, and your deployment timeline. The conversation starts with specifications.
