Economical choice

vektron climate ceiling is compatible with renewable energy sources such as air-to-water or ground source heat pumps due to the low temperature differential needed for the functioning of the system.

Cooling is provided using a forward line temperature of only 17-19°C, while heating requires no higher temperatures than 30-40°C.

Needing no fans to operate, no auxiliary electrical power is required.

The high efficient surface-heat-exchanger is made entirely of recyclable copper and aluminium.
A specifically developed and patented ‘WLT’-design of the heat-exchanger minimizes the use of raw materials and maximizes energy transfer.

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Details

‘WLT’-technology

The driving force behind the climate ceiling is a high efficient and optimized copper/aluminium heat-exchanger using the proven and patented ‘WLT’-technology. The copper tube is formed into a patented D-shape to increase the contact surface of the tube onto the ceiling panel.
The aluminium thermal conductor seamlessly wraps around the copper tube to maximize heat transfer from the copper tube onto the ceiling panel.

With its super conductive and ultra-fast heat exchanger, ‘WLT’ stands for low energy consumption and maximum output.

Renewable energy source

The ‘WLT’-technology offers the ability to maximize the output of the climate ceiling at low temperature differences between supplied water and room temperature.

Optimal cooling performance is achieved with a forward line temperature between 17-19°C. Heating capacity is optimized with water temperatures between 30-40°C.

Due to the low temperature differential needed for the functioning of the system, Kreon climate ceiling is compatible with renewable energy sources such as air-to-water or ground source heat pumps.

Aquifer seasonal thermal energy storage

Aquifer seasonal thermal energy storage is an innovative way to store thermal energy using an open-loop in an available underground aquifer. It relies on seasonal storage of cold and warm energy in the water of the aquifer.

Two thermal wells are installed, one is used for cold storage while the other is used for hot storage. The wells are linked to a ground-source heat pump through a heat-exchanger.
A heat-exchanger separates ground water from the water in the installation, protecting the installation against dirt and oxygen penetration while protecting the wells from being polluted by the installation.

During summer, cold water is pumped up to cool down the building. The excess heat is extracted from the building and pumped into the hot storage well. In winter, hot water is pumped up to heat up the building. The cold water, returning from the heat pump, is pumped into the cold storage well. This cycle is repeated seasonally.

In order to improve the overall energy efficiency of the building, Kreon uses this technology in the new HQ to reduce the energy expense more than 60 times over a traditional HVAC system.

Kreon — purity in light

ceilings

Economical choice

Economical choice

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‘WLT’-technology

Renewable energy source

Aquifer seasonal thermal energy storage