A traditional two-pipe system for heating and cooling may not be an optimal solution for buildings with mixed usage that combines, for instance, retails, offices and hotels. Besides, the southward side of the building facing the sun might require cooling at the same time that the northward side, in …
To optimize your hydronic system, you need to balance the work load of both the chillers and the pumps to transfer exactly the right amount of needed energy at the right time throughout the system. This may sound complicated, but there are smart solutions to this that you will learn more about in …
The energy efficiency of heat pumps can be more than three times higher than for electrical heater, boiler or a furnace. In addition to that, it does not need fossil fuels to produce energy and no air pollution is generated. Learn more about why heat pumps should be your first choice.
The laws of thermodynamics tell us that heat will always move from hotter to colder areas. But the outside air, where the heat is to be dissipated, is often hotter than the air on the inside. How then, does a chiller work?
When you are planning an indoor climate ventilation, cooling or heating solution, there are a few key factors that need to be considered. Energy efficiency naturally comes to mind, along with features like reliability, low maintenance costs, ease of installation and ease of use.
Despite all industries currently focusing on minimizing the business impact of COVID 19 and trying to predict and react for the future evolution of the post-pandemic economy, our HVAC-Chiller/Heat pumps industry is facing another challenge at the same time.
Not surprisingly, computer servers have different demands than people. This is also true when it comes to designing climate and cooling solutions for IT equipment and data centers; one of the major differences being that IT equipment generates no humidity so removing sensible heat is the main …
Alberto Ferrandi
Alessandro Lora
Alessandro Pinato
Andreas Söderholm
Börje
Carinne Grandjean
Caroline Jacobsson
Fabio Polo
Federica Serena
John Wibrand
Malin Höij
Martin Ottersten
Mikael Börjesson
Morten von Sydow
Nils Spetz
Paola Moschini (Guest author)
Ulf Hörman
William Lawrance
Åsa Norén-Lundh