From AI-driven optimization to natural refrigerant platforms, we are pioneering the future of intelligent heating and cooling systems.
Our R&D investments focus on four interconnected technology domains that redefine what heat pump systems can achieve.
R-290 propane systems for capacities up to 200 kW and transcritical R-744 CO2 technology for MW-scale district heating. Both platforms deliver GWP values below 5, eliminating regulatory phase-down risk and future-proofing facility investments through 2040 and beyond.
Machine learning algorithms trained on 2.8 million operating hours continuously optimize compressor speed, electronic expansion valve position, and defrost cycles. Self-tuning control logic adapts to seasonal load changes without manual setpoint adjustment.
Cloud-hosted digital twin replicates real-time thermodynamic behavior, enabling virtual commissioning, what-if scenario analysis, and predictive fault detection 2-4 weeks before physical degradation becomes measurable.
OpenADR 2.0b-compliant demand response interface enables heat pumps to modulate consumption in response to grid signals, time-of-use pricing, and renewable energy availability — turning thermal mass into a distributed energy storage asset.
Key milestones in our journey to decarbonize heating and cooling.
Launched the initial air-source heat pump range for commercial buildings, achieving COP 3.2 at standard rating conditions.
Introduced variable-speed scroll compressor platform, improving part-load efficiency by 30% and enabling seamless capacity modulation from 20-100%.
Deployed cloud-connected monitoring across the entire product range, collecting real-time data from 40+ sensors per unit for predictive analytics.
Released commercial-grade R-290 propane heat pumps with enhanced safety systems, meeting EN 378 and IEC 60335-2-40 requirements.
Deployed machine learning controllers that continuously adjust operating parameters based on weather forecasts, occupancy patterns, and energy pricing signals.
Launching MW-scale R-744 transcritical heat pump systems for district heating networks with output temperatures exceeding 90C and seasonal COP above 3.5.
Join our technology partner program and collaborate on pilot projects, co-development initiatives, and early access to emerging platforms.
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