At Re/Gent, research isn’t just a department, it’s part of our DNA. Every day, our team explores new possibilities in cooling and heat pump technologies, helping customers around the world move toward more efficient, reliable, and sustainable solutions.
We work closely with manufacturers, universities, and industry partners to conduct joint studies and support innovation. Our collaborative approach ensures that research outcomes translate into real-world improvements and commercially relevant insights.
Why Choose Re/Gent for R&D?
Deep technical expertise across cooling and heat pump technologies
Access to state-of-the-art labs and test facilities
Proven track record in both conventional and emerging technologies
A culture of curiosity, precision, and problem-solving
Research that stays grounded in practical application
Whether you need support with a new technology concept, want to understand system behavior, or are exploring innovative alternatives, Re/Gent is ready to help you move forward.
Some of our Leading Research Activities
Refrigerant Charge Minimization: We explore and develop methods to reduce refrigerant charge without compromising performance, sustainability, or system reliability. This includes innovative system designs, component optimization, and safety driven improvements.
Development of High-Efficiency Appliances: From EU A-Class refrigerators to beverage coolers and other energy-sensitive applications, we support the development of appliances that meet and exceed modern efficiency expectations.
Heat Pump Development with R290 and Low Refrigerant Quality: We specialize in studying heat pumps operating on natural refrigerants such as R290, including systems using low or variable refrigerant purity. Our research helps manufacturers design safer, more efficient, and more robust heat pump solutions.
Theoretical Heat Transfer Studies: Our team carries out advanced theoretical work to understand and model heat transfer mechanisms, improve component design, and support innovation in both traditional and alternative cooling technologies.
