Daylight planning refers to the design of buildings and rooms to make the best possible use of natural daylight. Various aspects are taken into account, such as the orientation of the building, the size and position of the windows, the use of light control systems and the selection of materials.

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Location analysis: The orientation of the building in relation to the cardinal points is analyzed to determine the potential for light penetration.

 

Window placement: The position, size and number of windows are determined to allow the desired incidence of light. Factors such as exposure density, glare and the even distribution of light in the room are taken into account

 

Light reflection: The choice of interior materials, such as wall colors and finishes, can influence the way light is reflected in the room and help make better use of daylight.

 

Artificial light: The integration of daylight control systems allows artificial lighting to be automatically adjusted according to the available daylight to ensure uniform illumination.

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Design planning is an important step in the process of a project.  It is the phase in which the basic concepts and ideas are developed and further developed into a concrete design proposal. Planning in this phase includes the following aspects.

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Requirements analysis: First, the requirements and goals of the project are defined. Information is collected about the intended use, features, context and other relevant factors.

 

Concept development: Based on the requirements analysis, various concepts and ideas are developed. Possible solutions, design concepts and design ideas are outlined and discussed. The focus is on finding creative and innovative solutions that meet the requirements.
 

Sketching and simulation: The concepts developed are visualized in the form of sketches, drawings and/or computer-aided CAD models. This helps illustrate and communicate the ideas. 2D and 3D visualizations can be used to present the design concept and obtain feedback from the client and the planning team.
 

Detailed planning: After selecting a suitable concept, the detailed planning is carried out.
 

Testing feasibility: During the design planning, the technical and economic feasibility of the project is also checked. Possible restrictions, regulations or budget constraints are taken into account and adjustments are made if necessary

In execution planning, technical drawings, detailed plans and calculations are created that are necessary for executing the project. This includes plans for architecture, electrical installation, exterior installations and other technical trades. The plans contain precise dimensions, material specifications, construction details and installation instructions.

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Coordination of the trades. Lighting planning is coordinated with various trades and specialist planners to ensure that all technical requirements and regulations are adhered to.

This includes collaboration between architects, engineers, electrical planners and other professionals involved to ensure the integration of the various systems and components.

Tenders and cost planning: Implementation planning also includes the preparation of tender documents and the creation of a detailed cost plan.

Artificial lighting planning is carried out in close collaboration with builders, architects, landscape architects and electrical planners in order to achieve the desired results. It is important to understand the specific requirements and goals of the room or outdoor space and to carefully consider the technical and design aspects of lighting.

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Functionality: The lighting must meet the functional requirements of the room. Depending on usage, different lighting levels and light distributions may be required. For example, an office environment may require uniform, glare-free lighting, while a restaurant may require warm, atmospheric lighting.

 

design: Artificial lighting design can help highlight the architectural features of a room or outdoor space and create a desired atmosphere. This can be achieved through the targeted use of lighting accents, indirect lighting or color changes.

 

Energy efficiency: The use of energy-efficient light sources such as LED lamps and the use of control systems such as motion sensors or dimmers can reduce energy consumption.

 

light color: Choosing the right light color is important to create the desired atmosphere. Different light colors, measured in Kelvin (K), create different moods. For example, warm white light (approx. 2700-3000 K) can create a cozy atmosphere, while cool white light (approx. 5000-6500 K) has a more activating effect.

 

Light control: Artificial lighting planning can also include the integration of lighting control systems. This allows the lighting to be adapted to different requirements and situations. For example, daylight sensors can be used to adjust artificial lighting according to available daylight levels.

The light simulation illustrateswith the  Use of tools and software to assess the effects of light in a particular environment; The room or the environment can be analyzed virtually and with the help of modeling. The simulation can be used to evaluate various aspects of lighting such as light distribution, shadow formation, reflections and color rendering.

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The simulation is supported by software that allows calculations of renderings and visualizations. The aim is to simulate lighting scenarios and analyze their effects. The results of the simulations provide important information for lighting planning, design and optimization of the entire planning process.

Tenders and cost planning. Preparing the tender documents and creating a detailed cost plan; this allows for contractor bidding and project budgeting. The tender also includes  Service descriptions also schedules.

The tender can be submitted to the electrical planner as a preparatory measure or can be put on the market as a pure luminaire tender.