A key element of our approach is advanced daylight simulations that provide a precise idea of the lighting conditions in the finished space. These simulations are a valuable tool in the decision-making process as they ensure that the design achieves the desired lighting effects. This detailed preliminary work not only improves energy efficiency by reducing the need for artificial lighting, but also creates spaces that are beneficial to the health and productivity of users through the positive effects of natural light.

Natural light has the unique ability to emphasise architectural details and create a warm, inviting atmosphere that cannot be achieved with artificial light. Our mission is to maximise this quality in each of our projects, creating spaces that not only inspire today, but will last well into the future.

In our company, we use state-of-the-art calculation software to carry out daylight calculations in accordance with EU standard EN 17037, thus ensuring an optimum light supply for interiors.

Since its introduction in 2019, the EU standard EN 17037 has been the first Europe-wide guideline for minimum standards in daylight planning. It defines clear requirements for the quantity and quality of daylight in buildings, focussing on an optimal light supply and daylight quality.

Two methods are proposed for the calculation of daylight: the first method is based on the determination of a daylight factor, while the second method performs a dynamic calculation of the annual daylight exposure according to local climatic conditions.

The standard specifies detailed criteria for the assessment of daylight supply, view, duration of solar radiation and glare in rooms. The annex to the standard defines specific characteristic values that must be achieved in order to achieve the recommendation levels "Low", "Medium" or "High". These levels depend on the planned use of the room and reflect the desired level of daylight supply.

By applying this standard in our projects, we ensure that daylight planning not only complies with current European standards, but is also efficient and future-orientated.

We attach great importance to professional daylight design consultancy as a central component in the building design and planning process. The aim is to optimise the potential of natural light, not only to increase energy efficiency and comfort, but also to promote the well-being of users.

Our approach begins with a detailed analysis of the specific circumstances of each project. We examine the orientation of the building, relevant site factors, surrounding development and topographical features. This comprehensive assessment allows us to plan the ideal positioning of windows, skylights and other openings to maximise the entry of natural light.

Using daylight simulation techniques, we model various scenarios to analyse the lighting conditions within the planned rooms under different conditions. Our computer-aided tools visualise light intensity, light distribution, shadow effects and potential glare effects at different times of day and seasons. These simulations provide valuable support in the decision-making process and enable precise and efficient planning of daylight utilisation.

By integrating daylight simulations into our planning process, we ensure the high quality and sustainability of our projects. Our aim is to create spaces that are not only aesthetically pleasing, but also functional and energy efficient by fully utilising the benefits of natural light.