How do architects accommodate their designs to meet the requirement for temperature control? With so many different buildings being designed, a ‘one fits all’ solution will not work. In this article, we take a look at the measures architects take to regulate the internal temperature of a building.
In the past, most of our temperature control was restricted to how the building was designed. For example, smaller windows and deep overhangs could help reduce the amount of heat entering a property’s interior. Of course, this wouldn’t work in every climate.
Another common element of temperature regulation in buildings comes from the simple exterior; painting the building or its roof is a common solution used to reflect light and heat in warmer countries. Some sources suggest this could lower extreme temperatures by up to two or three degrees Celsius. Could this become more widespread if temperatures continue to rise globally?
There are also a few natural solutions - but these are mainly based on the buildings location. For example, a large tree close to a building would shade it in the summer and lose its leaves in the winter - but again, this wouldn’t work for all buildings, and certainly not for larger structures or skyscrapers.
Modern buildings and problems
We’ve seen some truly outlandish architecture in recent years. The bubble-wrap look of the Eden Project’s domes in the UK, the Giant Bookshelf façade of the Kansas City Public Library in the US, and the Crooked House in Poland spring to mind when thinking about such strange structures. It would appear that architects are trying to outdo each other when it comes to weird and wonderful modern buildings.
Even though modern designs can sometimes be peculiar in their appearance, they do share one common trait and that is the challenge of suitable ventilation. According to Daikin, ventilation can pose a problem in many modern buildings as heightened environmental regulations require the use of elements such as double glazing and airtightness to help reduce the need for heating and cooling processes. This results in a building becoming poorly ventilated with no natural air flow through the structure.
The M by Montcalm Shoreditch London Tech City Hotel had addresses this by having a central air conditioning unit feeding ducted fan coil units, with the return flow via bathroom vents for the guest rooms. In public areas, a number of Daikin Heat Reclaim Ventilation Units are used to provide fresh air, balance temperature, and maintain humidity levels.
Out of all modern buildings, skyscrapers are surely the most demanding when it comes to temperature regulations. In layman’s terms, it wouldn’t be efficient to have the temperature control system start at the bottom and work its way up, nor start at the top and work its way down — in either scenario, one area is left under-serviced.
Industry Tap has pointed out that the general plan for dealing with supertall structures would be picture the building being divided into zones, which are then further divided into stories. Each of these zones would then have its own system, which is responsible for controlling the temperature for just that section.
Dealing with heatwaves and global warming
We’re currently experiencing a change in climates; the world is becoming warmer, with prolonged heatwave conditions appearing on a global scale in 2018. This is the year that the UK saw temperatures hitting highs of 35 degrees Celsius, with the top temperature recorded in Heathrow on July 27, and over in Japan, Kumagaya sweltered in 41 degrees Celsius temperatures on July 16. This unexpected heatwave indicated to many just how important a comfortable temperature really is.
To be able to accommodate the need for temperature regulations, our architects need to adapt their designs to suit. So, just how will architects continue to design buildings for a world that’s set to become warmer? Comfort will always be a priority, and as seen above, there are plenty of options being explored and developed.