Unilab HEAT PUMPS Update – REVERSIBLE HEAT PUMPS
We are excited to announce our latest update for Unilab HEAT PUMPS. The update introduces a number of new features listed below, and improves the stability and speed of the Software
We are excited to announce our latest update for Unilab HEAT PUMPS. The update introduces a number of new features listed below, and improves the stability and speed of the Software
Unilab is excited to share that our CEO and Managing Director, Mr. Stefano Fucile, was featured in the July 2023 special issue of JARN, completely dedicated to heat pumps. The interview offered an exclusive insight into the world of heat pumps and our cutting-edge software (https://lnkd.in/ekBJnvhh)
A new update of UNISUITE is available! The Build 230504 update of Unisuite is already available to all users in regular technical support, who can now download this latest version.
Coils gets a major update. Version 9.0 Build 230206 is available for download, for all customers in regular technical support! In this Major Update in early 2023 we have introduced the calculation of length and pressure drop of capillary tubes in direct expansion coils, and many other new features!
Last week we announced an update in how fluids are searched and visualized in UNILAB COILS.
From the next update, Unilab Coils will allow you to search and display the names of refrigerants and fluids
Here are some new features for the HEAT PUMP software, one of the success at Chillventa. The software is an Air to Water Heat Pump focused simulation tool, a reduced-and evolved-version of our existing SHARK software, specific for Heat Pumps manufacturers.
Unilab will participate to this year’s CHILLVENTA, from 11th to 13th October 2022! Save the date! HALL 7 BOOTH 131
Unilab presents the new LT-HT module for COILS! The new module is able to calculate two COILS in series on the air side and in parallel on the fluid side!
We reached 1800 followers on our LinkedIN page, becoming more and more a point of reference for all UNILAB-related news, and a source of knowledge for heat transfer.