The world faces a crucial challenge: drastically reducing CO₂ emissions to meet climate goals. In the Netherlands, we have committed to the objectives of the Climate Agreement and the Paris Proof criteria set by the Dutch Green Building Council (DGBC). These requirements mandate that buildings must be nearly energy-neutral by 2050. The ICECUBE from Dutch Climate Systems offers an innovative and sustainable solution for ventilation and cooling and is ready to play a key role in this transition.
What is the ICECUBE?
The ICECUBE is an advanced ventilation and cooling system that utilizes dew point cooling. In contrast to traditional air conditioning systems, which rely on synthetic refrigerants and high energy consumption, the ICECUBE operates entirely on the natural refrigerant water. The evaporation of water is the very method by which nature itself cools. This biobased method of cooling makes the system not only environmentally friendly but also extremely energy efficient.
Specifically designed for offices, Dutch Climate Systems has developed the ICECUBE Multisplit system. The combination of a central air handling unit with decentralized ICECUBEs creates a complete system that provides ventilation, cooling, heating, and decentralized control. This results in an ideal, healthy indoor climate in office buildings and other utility buildings. Consulting firm DWA has calculated that its energy performance is even better than geothermal (WKO) systems, while the investment and lifecycle costs are lower than those of WKO.
How does the ICECUBE contribute to Paris Proof?
The Paris Proof criteria focus on maximizing energy efficiency in buildings. This means that buildings must be designed or renovated to achieve an energy consumption of no more than 50 kWh per square meter per year. The ICECUBE supports this in several ways:
- Lower energy consumption: By using dew point cooling instead of compressor technology, the ICECUBE can consume up to 90% less energy than traditional systems. This helps buildings stay within the strict Paris Proof limits.
- No synthetic refrigerants: The ICECUBE does not require refrigerants such as HFKs (hydrofluorocarbons), which are not only harmful to the environment but also often have a high Global Warming Potential (GWP). This completely aligns with the sustainability goals of the Paris Proof standard.
- Flexibility and scalability: The ICECUBE is suitable for both new construction projects and existing buildings. This makes it possible to easily upgrade older buildings to improve their energy performance significantly.
- Improved indoor climate: In addition to energy savings, the ICECUBE contributes to a healthier indoor climate by providing constant ventilation with fresh air. This increases the comfort and productivity of occupants, which is important for schools and offices.
Product Architecture: Sustainable and Innovative
The ICECUBE is designed with a future-oriented product architecture. The system is entirely produced in the Netherlands using high-tech plastic injection molding technology. This not only ensures a low ecological footprint but also contributes to the local economy. The housing is made of recycled plastic, making the system even more sustainable and circular. Additionally, the ICECUBE is modular and ready for scaling, so it can be easily adapted to the specific needs of different buildings. The patented technology guarantees unique performance and stands out for its innovation and quality.
Ready for the Green Future
With the ICECUBE, Dutch Climate Systems is taking a significant step towards a green and sustainable future. The technology is not only designed to meet current requirements but is also flexible enough to handle even stricter future standards. The system is a perfect match for organizations and institutions aiming to become Paris Proof without compromising on comfort and performance.
The ICECUBE thus offers a tangible solution for the challenges of today and tomorrow. With its focus on energy efficiency, environmental friendliness, and a healthy indoor climate, this technology is an important step in the transition to a sustainable built environment.
Are you ready to future-proof your building?