Aermec at MCE 2026: innovation, sustainability, and a complete range for tomorrow's climate
Aermec's new products presented at MCE 2026: HVAC solutions combining comfort, sustainability, and innovation for every application.
At MCE 2026 , Aermec brought to the fair a clear and concrete vision of the future of HVAC: developing solutions capable of combining energy efficiency, sustainability and quality of comfort in every application area.
The stand transformed into an experiential space, where technologies, systems, and digital interfaces guided visitors through Aermec's offerings. It was an important opportunity not only to present new products but also to interact directly with designers, installers, and industry professionals .
From compact solutions for residential applications to high-power systems for industrial applications, Aermec showcased a comprehensive range, designed to meet the needs of an ever-evolving market.
Solutions for residential and light commercial comfort
Compact, integrated and designed for the end user experience
The solutions dedicated to residential and light commercial applications presented at MCE 2026 respond to an increasingly clear request: integrating comfort, design, and technology into small spaces, without compromising on performance.
Omnia Slim
Ultra-thin fan coil unit for contemporary environments
Omnia Slim, just 130 mm thick, is designed to fit easily into modern living spaces, even in concealed configurations. Its streamlined design combines with high performance, while the new DSKTS thermostat allows for simple, intuitive, and precise temperature control.
FCZ-ASW
Advanced comfort with temperature and humidity control
The FCZ-ASW introduces an ultrasonic adiabatic humidification system integrated into the fan coil unit, capable of simultaneously regulating temperature and humidity. This solution is designed to improve air quality and ensure more stable and natural environmental conditions.
FCY
System flexibility and simplified maintenance
The FCY ducted fan coil unit is designed for horizontal recessed installations in residential and commercial environments. The wide range of available configurations makes it adaptable to different design needs, while the removable front grille facilitates maintenance.
Systems for the tertiary sector and large environments
Reliability, continuity of service and advanced management
For medium- and high-traffic buildings, Aermec presented solutions designed to guarantee consistent performance, even under complex operating conditions.
RTG
High efficiency rooftop with R32 refrigerant
The RTG series uses R32 refrigerant, helping to significantly reduce direct emissions. Designed for high-traffic environments, it integrates inverter compressors and fans, free-cooling and free-heating functions, and advanced control systems, ensuring long-term efficiency and reliability.
High efficiency chillers and systems
Advanced technology for industrial applications and extreme conditions
In the chiller segment, Aermec presented solutions capable of operating in particularly harsh conditions, with a strong focus on energy efficiency and technological innovation.
NSMJ
Full inverter chiller for maximum operating efficiency
NSMJ is a cutting-edge air-cooled chiller solution, featuring full inverter technology and designed to ensure high performance even at outside temperatures of up to 50°C. The use of advanced components and microchannel coils improves energy efficiency while reducing environmental impact.
293 ÷ 1416 kW
ANG
Compact chiller for versatile applications
ANG is a high-efficiency chiller with scroll compressors, optimized for low-GWP R32 refrigerant. Designed to operate over a wide temperature range, it can also be integrated with heat recovery systems for hot water production.
25 ÷ 40 kW
Heat pumps and natural refrigerant solutions
Decarbonization and new frontiers of energy efficiency
Energy transition was a central theme at the Aermec stand, with solutions designed to reduce emissions and improve overall system efficiency.
PRG
Heat pump with natural refrigerant R290
PRG uses the natural refrigerant R290 (propane), which has a very low GWP. Thanks to its optimized scroll compressor configuration, it guarantees high levels of seasonal efficiency in residential, commercial, and industrial applications.
49 ÷ 143 kW
51 ÷ 143 kW
PNP
Multipurpose system for simultaneous heating and cooling
PNP is a multipurpose heat pump designed to simultaneously meet heating and cooling needs within a single building. Heat recovery and operation in extreme conditions make it a highly efficient and versatile solution.
51 ÷ 144 kW 51 ÷ 144 kW
PRGI-H
High temperature and maximum application flexibility
The PRGI-H is a reversible heat pump capable of producing hot water up to 80°C, ideal for systems requiring high temperatures. Inverter technology ensures continuous power modulation and stable temperature control.
20 ÷ 47 kW 22 ÷ 53 kW
MCE as an opportunity for comparison with the HVAC market
Aermec's participation in MCE 2026 confirmed itself as a strategic opportunity to meet the market.
In addition to the solutions on display, the stand also promoted interaction with visitors, through digital tools and guided tours designed to facilitate understanding of the technologies and their applications.
An approach that reflects a vision increasingly oriented towards integrated comfort design, where technological innovation, sustainability, and attention to people come together to define the climate of tomorrow.
Aermec S.p.a.
FAQ
Le soluzioni coprono applicazioni residenziali, commerciali e light industrial, con particolare focus su impianti centralizzati e sistemi ibridi. Sono pensate per edifici ad alta efficienza energetica, retrofit e nuove costruzioni, dove è richiesta integrazione tra climatizzazione, produzione ACS e gestione energetica.
Sono particolarmente indicati in contesti di elettrificazione degli impianti termici, sostituzione di generatori fossili e progetti soggetti a vincoli normativi (EPBD, F-Gas). La scelta è strategica quando si punta a ridurre emissioni, migliorare la classe energetica dell’edificio e integrare fonti rinnovabili.
Le soluzioni puntano su elevati COP/EER, utilizzo di refrigeranti a basso GWP e ottimizzazione dei cicli frigoriferi. L’integrazione con sistemi di regolazione evoluta consente una gestione dinamica dei carichi, migliorando l’efficienza stagionale e riducendo i consumi operativi.
Rispetto ai sistemi tradizionali, offrono maggiore integrazione impiantistica (climatizzazione + ACS + rinnovabili), migliore modulazione ai carichi parziali e conformità alle normative più recenti. Inoltre, la maggiore attenzione ai refrigeranti e alla digitalizzazione rappresenta un salto tecnologico rispetto alle generazioni precedenti.
È fondamentale progettare correttamente l’integrazione con sistemi di emissione (ventilconvettori, pannelli radianti) e con eventuali accumuli termici. La regolazione gioca un ruolo chiave: l’interfacciamento con BMS e sistemi di monitoraggio permette di ottimizzare funzionamento e consumi, soprattutto in impianti complessi o multiutenza.
Le tecnologie presentate rispondono a criticità come elevati consumi energetici, difficoltà di integrazione tra sistemi e limiti normativi sui refrigeranti. Migliorano la flessibilità impiantistica, garantiscono continuità operativa anche in condizioni variabili e supportano il progettista nel raggiungimento degli obiettivi di sostenibilità e decarbonizzazione.
