Climate Solutions

A climate ceiling, also known as a cooling and heating ceiling, is a ceiling with integrated water-bearing elements. Cold or warm water circulates through built-in copper pipes, turning the ceiling into an active climate component.

Rather than cooling or heating the air directly, as in traditional ventilation-based cooling, a climate ceiling regulates the surface temperature of the ceiling through radiant heating and cooling. Thermal energy is transferred by radiation, which always moves from a warmer surface to a cooler surface. This creates a natural and even level of comfort in the room, as the air is only indirectly heated or cooled by the radiant exchange.

Climate ceilings primarily work through radiant heat transfer. This creates a number of significant differences compared with traditional cooling and heating systems:

For cooling: When cold water flows through the integrated copper pipes, the surface of the ceiling is cooled. Heat from the room is then transferred towards the cooler ceiling surface by radiation, creating a comfortable cooling effect that allows occupants to release excess heat without draughts.

For heating: When warm water flows through the pipes, the ceiling radiates heat down into the room. As the radiant heat reaches people and surfaces directly, the room quickly feels comfortable, even at a lower air temperature than with traditional heating.

how a climate ceiling works here.

Yes, a climate ceiling can be used for both heating and cooling, depending on how the solution and the technical system are designed. This makes a climate ceiling relevant in buildings where a stable indoor climate is needed all year round. During the summer, the ceiling can contribute to cooling, while in colder periods it can be used for heating as part of the same integrated solution.

A climate ceiling is also ideal for rooms with varying needs, such as meeting rooms, classrooms, offices, laboratories and other spaces where temperatures and requirements change throughout the day.

Radiant heating is a form of heating where heat is transferred by radiation from a warm surface. This could, for example, be panels, floors, walls or ceilings that emit heat to the room and the people within it.

A climate ceiling is a complete ceiling solution where the ceiling actively contributes to cooling and/or heating. A climate ceiling can therefore use principles similar to radiant heating, but it differs by typically being an integrated ceiling solution that can provide both cooling and heating.

Whether a climate ceiling is a sustainable investment depends on how the solution is assessed. When operation, service life, material choices and documentation are all taken into account, a climate ceiling offers several advantages.

A climate ceiling can form part of an energy-efficient indoor climate strategy, as cooling and heating are integrated directly into the ceiling surface of the building. DAMPA^® Climate Ceiling is installed in our metal ceilings, where the excellent thermal conductivity of the metal contributes to the efficient transfer of cooling and heating compared with other materials.

In addition, it provides a robust ceiling solution with a long service life and low maintenance requirements. As the climate ceiling is integrated directly into the ceiling system, a low installation height can also be achieved, which can be an advantage in both new-build and refurbishment projects.

DAMPA’s ceiling solutions also provide easy access to the installations above the ceiling for operation, servicing and maintenance.

DAMPA^® Climate Ceiling is produced and assembled locally at our factory in Tommerup, Denmark. Our standard materials already contain a significant proportion of recycled content, and we also offer solutions with up to 75% recycled content. Material use and production are documented in DAMPA’s EPDs, which can be foundhere.

A climate ceiling can be a good investment because it combines cooling, heating, high performance, architectural freedom and the option to integrate acoustics, ventilation and lighting in one complete ceiling solution.

DAMPA^® Climate Ceiling is an energy-efficient, high-performance solution that can contribute to a stable and comfortable indoor climate. This has an impact on users’ well-being, concentration and overall experience of the building.

At the same time, the need for visible installations on walls and floors can be reduced. This provides greater freedom in the interior layout and creates a calmer architectural expression.

In addition, DAMPA’s metal ceilings are robust, have a long service life and provide easy access to the installations above the ceiling. The investment should therefore not only be assessed on the initial cost, but also on operation, maintenance, flexibility and whole-life value.

No, it is not always necessary for a climate ceiling to cover the entire ceiling surface. The requirement depends on the size of the room, the function of the space, solar gain, internal heat sources and the required cooling and heating capacity.

In some projects, it may be sufficient to install the climate ceiling in selected zones. In other projects, a larger proportion of the ceiling surface may be needed to achieve the desired effect.

The required extent is typically determined during the design phase, where capacity requirements, ceiling layout, installations and architectural preferences are coordinated.
At DAMPA, we recommend considering the climate ceiling early in the project, so that function, design and technical requirements can be optimised from the outset.

The cost of a climate ceiling depends on several factors, including the size of the room, capacity requirements, choice of ceiling type and design.

A climate ceiling will often represent a larger investment than a traditional ceiling, as the solution also includes a cooling and/or heating function. However, a climate ceiling can help bring several functions together in one solution and has low operating costs once the system has been installed.

When assessing the cost, it is therefore important not to look at the initial investment alone. Whole-life value, operation, maintenance, flexibility and the building’s service life should also be included in the assessment.
Contact us for a specific assessment of the possibilities and price level for your project.

No, not necessarily. DAMPA^® Climate Ceiling can be integrated into several of DAMPA’s ceiling solutions, and the right choice depends on the project’s requirements for design, function, operation and access to installations.

DAMPA^® Clip-In can be a relevant solution if you want a clean and calm ceiling expression with a concealed suspension system. However, DAMPA Spring Custom Tile and DAMPA Hook-On Custom Tile are also highly suitable for DAMPA^® Climate Ceiling, offering extensive design possibilities and easy access for operation and maintenance above the ceiling.

The choice of ceiling system should always be assessed in relation to the function of the room, maintenance requirements, access to installations and the desired architectural expression.

Yes, a climate ceiling can be combined with acoustics. This is one of the major advantages of considering the ceiling as a complete indoor climate solution.

Temperature and acoustics both influence how a room is experienced. If the temperature is comfortable but the acoustics are poor, the indoor climate still does not function optimally. It therefore makes sense to consider cooling, heating and sound regulation together.

DAMPA^® Climate Ceiling can be integrated into acoustic metal ceilings, allowing the ceiling to contribute to both thermal comfort and acoustic performance.

Read more about acoustics here.