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The temperature calculator Calculus®

Calculus® for the Initial project assessment

Calculus® illustrates how selected ClimateCoating® coatings can affect the interior temperature of a building. This AI-based tool combines project specifications with climate data to provide a well-founded initial assessment.

Prepare project information

Location, building type, area, use, and existing structure all influence the result. The more accurate the input, the more meaningful the assessment will be for the specific project.

Consultation following the calculation

The calculation shows potential temperature differences and savings opportunities. The ClimateCoating® expert advisory service will then assist you with product selection and determining the appropriate coating system.

Calculus® is an AI-based web tool for predicting changes in indoor temperatures and estimating potential energy savings when walls and/or roofs are coated with the ClimateCoating® products ThermoProtect and ThermoActive.

Artificial intelligence (AI) has been and continues to be trained using large amounts of data from real-world applications around the globe, including those in very hot climates. The algorithm draws on data from building physics: specifically, the reflection of solar radiation.

Calculus® makes it easier to calculate the costs and energy efficiency of buildings. This facilitates the planning of the energy concept of different types of buildings under climatically divergent conditions.

The web tool is under permanent development. We will be happy to receive your suggestions and questions via the form.


On May 15, 2024, Calculus® was honored with the “German Innovation Award Special.” Read the news.

German Innovation Award 2024 – Special Mention

 

 

 

 


Reaching the goal with just a few parameters

You enter this data:

  • Location and building type (selection fields),
  • air-conditioned or non-air-conditioned (choice field)
  • Type of component, dimensions of the component, geographical orientation (compass direction), existing insulation

The result in the form of a graph shows you the temperature development for each month of a year in the building – with and without coating. In addition, the average indoor temperature (MKT = mean kinetic temperature) of a building is listed and how this is reduced overall per year by means of coating. The results are available as a PDF download.

We recommend that you read the KI-Calculus user manual before or while using the AI-based web tool.

To the Calculus® temperature calculator

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