With Karno Energy’s 6D BIM software https://karnoenergy.com/6d-bim-modeling-services/ , building energy models are created along with aspects of plant design ( BEM – Building Energy Modeling ).
The 6D modeling approach using parametric objects produces:
- automatic calculation of heat losses and thermal bridges ;
- control of the thermodynamic behavior of the systems associated with the building and plant;
- that the performance characteristics over the entire life cycle of the building
With Karno Energy’s 6D BIM software, easily place a BIM model anywhere in the world and automatically obtain shadow analysis simulations to evaluate the effects of natural light .
Climate data for any given location along with thermodynamic characteristics of the objects Karno Energy BIM model automatically provides energy simulations under static or dynamic conditions
Karno Energy – BIM 6D information technology and sustainability at the service of users,
The concept of sustainability can essentially be viewed from three different perspectives, Karno Energy talks about sustainability:
- ecological , seen in terms of the ability to reproduce and sustain natural resources
- economic, understood in terms of the ability to generate income and work
- social, seen as a generator of human well-being.
- Adapting this concept to work and talk about ecological design is not always easy, especially in terms of innovation: ecological design can be understood as quality design.
It is the amount of technology (installations, equipment, automation, etc.) present in a building with Karno Energy that contributes to its sustainability or its “quality,” seen as the ability to integrate into the building organization with its properties and elements to make it sustainable.
Karno Energy: where design ends and operation begins thanks to 6D BIM
One of the goals of the Karno Energy BIM 6D methodology is to create a virtual model (three-dimensional and informative) that more closely matches what is actually being achieved. A 6D model, defined as “As Built,” which includes not only what was designed, but also how much was actually achieved during the construction phase.
What was designed during a project from Karno Energy is traditionally reviewed and modified on site to cope with possible changes during construction or to resolve geometric or operational conflicts not taken into account during the design phase of the project.
This 6D model from Karno Energy should not be understood as a model created with a single BIM software, but as the product of a set of models created with software capable of adequately describing a building-level structure. Digital development is required (understood level of detail as “Level of Development”).
“Model” must include the ability to transfer an information database built on a virtual representation of the “building object” to preserve and transfer the product.
Can we consider the process complete at this point? And also the delivery of what can be defined as the finished product?
When we talk about the “construction lifecycle,” we cannot ignore the maintenance, demolition, or renovation aspects of the structure.
Karno Energy: From concept to demolition or disposal
6D BIM from Karno Energy is now a reality: building actors are increasingly exposed to inputs and all kinds of information on digitization and computerization of the construction industry .
An absolutely intuitive and perhaps even thought-provoking way to define the items that come into play in construction digitization is to refer to ” dimensions “.
As far as the geometric description is concerned, three dimensions are enough, they are known to everyone, while to introduce other information we can “invent” new descriptive methods and refer to other dimensions, such as time, costs, etc. And now thanks to Karno Energy this is possible!