Platine CVC · 2026
Hydrolution EZY Series Fonction principale : Pompe à chaleur air-eau résidentielle
by Mitsubishi Heavy Industries (MHI)
- A' Design Award de Platine 2026 in CVC
- CLIENT: Mitsubishi Heavy Industries Thermal Systems, Ltd.
- Estimated Number of Design Views: 854,310
- Verification code F593F3CC5E · Verify this award
Colors
About Hydrolution EZY Series Fonction principale : Pompe à chaleur air-eau résidentielle
Texte du livre : L'unité est une pompe à chaleur air-eau résidentielle qui assure le chauffage, le refroidissement et la production d'eau chaude sanitaire avec d'excellentes performances environnementales grâce au réfrigérant naturel R290. L'unité présente un corps noir profond agrémenté d'une touche argentée, s'harmonisant aussi bien avec les bâtiments européens traditionnels qu'avec l'architecture moderne. La grille du ventilateur sur le côté gauche possède une surface texturée, tandis que le côté droit affiche un panneau plat et lisse. Elle peut fournir de l'eau chaude à 75 degrés Celsius même par -25 degrés Celsius, garantissant un confort fiable tout au long de l'année.
About the A' Design Award de Platine
Hydrolution EZY Series Fonction principale : Pompe à chaleur air-eau résidentielle est lauréat de l'A' Design Award de Platine, une reconnaissance extrêmement prestigieuse décernée à des designs véritablement exceptionnels, élégants et magnifiques. Les lauréats Platine sont des merveilles de création, des témoignages des limites de la créativité intellectuelle, et démontrent le professionnalisme inégalé et le génie de leurs concepteurs. Ces designs sont censés être les œuvres les plus renommées, qui définissent l'esthétique d'une époque, contribuent au bien-être de la société et repoussent les limites de l'art, de la science, du design et de la technologie. Hydrolution EZY Series Fonction principale : Pompe à chaleur air-eau résidentielle affiche un niveau d'excellence transcendant et rend sans équivoque le monde meilleur grâce à ses caractéristiques avantageuses et précieuses. Hydrolution EZY Series Fonction principale : Pompe à chaleur air-eau résidentielle est une œuvre lauréate de l'A' Design Award de Platine qui éveille les désirs, inspire, enthousiasme, ravit et fait naître une grande joie.
Press Kit
- Unique Properties
- The unit is a residential air-to-water heat pump that provides heating, cooling, and domestic hot water with excellent environmental performance using natural refrigerant R290. The unit has a jet-black body with a silver accent, harmonizing with both traditional European buildings and modern architecture. The fan guard on the left side has a textured surface, while the right side has a smooth flat panel. It can supply hot water at 75°C even at -25°C, ensuring reliable year-round comfort.
- Dimensions & Packaging
- Dimensions (H × W × D): 916 × 1160 × 440 mm
- Tags
- residential air to water heat pump, climate-solution, low global warming potential, longevity
- Production Technology
- The product was designed in Japan and is manufactured at our factory in Thailand.
Production takes place on a dedicated R290 manufacturing line, which ensures strict control of safety and quality when handling this natural refrigerant. As part of our quality assurance process, every unit undergoes test runs for both heating and cooling modes before shipment. During these test runs, performance data is recorded and traceable this helps to verify operation and to support long-term reliability. - Design Challenge
- One of the challenges was achieving a design that prioritize durability, without compromising on aesthetics.
Materials and structural components were carefully selected to withstand harsh outdoor conditions.
To verify the resilience of the black exterior, the unit underwent 1,000 hours of UV resistance testing to ensure protection against prolonged sunlight exposure and was subjected to a direct sunlight test in the laboratory to evaluate the temperature rise of the controller. - Research
- To ensure the safe use of the flammable refrigerant, a thorough risk assessment was conducted across the entire product lifecycle—including testing, manufacturing, storage, shipping, installation, operation, maintenance, and disposal. Cross-functional collaboration across design, sales, manufacturing, and quality assurance ensured the product was optimized both technically and commercially.
A field test in the Netherlands provided real-world feedback to validate its performance. - Inspiration
- Air-to-water heat pumps are becoming more popular as an eco-friendly alternative to traditional fossil fuel boilers. Since units are typically installed outside and often positioned in visible areas, thoughtful and high-quality design is important. This unit features a jet-black finish and clean, minimal lines, blending naturally into traditional European architecture while offering a refined appearance. It uses R290, a natural refrigerant with an extremely low Global Warming Potential of 0.02.
- Project Duration
- The product was developed over several years through close collaboration between the marketing, sales, engineering, manufacturing, and quality assurance teams.
To ensure alignment with real-world requirements, feedback from various clients across Europe was also actively incorporated throughout the development process. A field test was conducted at a customer site in the Netherlands, where key aspects such as performance, durability, and ease of installation were closely evaluated. - Operation Flow
- The unit has a sound pressure level of just 34 dB(A) even at maximum capacity, achieved by a sound-absorbing double base plate and large fan, making it as quiet as a library—ensuring noise remains low enough for comfortable nighttime use. It is compatible with a remote monitoring system allowing users to monitor operation status, optimize performance, and detect issues via smartphones. For safe operation with R290 refrigerant, the unit includes multiple sensors, a sealed internal structure that separates ignition sources, and a vent hole at the base designed to safely release gas outside in the unlikely event of a leak.
- Patents
- Mitsubishi Heavy Industries Thermal Systems, Ltd.
- Image Credits
- Mitsubishi Heavy Industries Thermal Systems, Ltd.