FINE-CLOUD: The Innovative MEP Collaborative Environment

To illustrate the power of the solution, let us imagine that, at the administrator level, the building has already been defined, with its heights parameterized as shown in Image 1. Within this framework, “User 1” is responsible for modeling and optimizing the building envelope. They assign the required thermal characteristics (U-values, energy performance, etc.) to the various entities (walls, openings, columns, etc.) and define the zones as well as the functional spaces.

At the same time, “User 2” can immediately rely on the plans validated and made available by “User 1” to initiate heat loss and cooling load calculations. The results are generated in a clear and detailed manner (per space, per level, and for the entire building), providing a comprehensive and reliable overview of energy performance and air-conditioning requirements. Thanks to FINE-CLOUD, these tasks can now be carried out simultaneously and in perfect coordination within a true collaborative environment. The result is a significant time saving, improved team synergy, and a considerably accelerated delivery of studies.

Meanwhile, a third user, “User 3,” can design the heating network by placing terminal units and routing the distribution networks (Image 2). They work from plans that are always up to date, as defined by “User 1,” thus ensuring maximum accuracy and increased project reliability. Finally, a fourth user, “User 4,” can develop the electrical network while visualizing all other systems. This holistic approach makes it possible to anticipate and eliminate conflicts (clash detection), for example by avoiding the placement of electrical outlets in locations already occupied by radiators or fan coil units.

This simple example illustrates how FINE-CLOUD transforms technical collaboration into a smooth, intelligent, and high-performance process, supporting faster, safer, and higher-quality projects.

For more information, you can visit the website www.4msa.com