Temperature Control in Industrial Buildings
Maintaining stable temperatures within industrial and commercial buildings is becoming increasingly important for many businesses.
Warehouses, factories, production facilities and logistics operations often experience significant temperature fluctuations throughout the day, particularly where there are large openings, high traffic levels or constant movement between internal and external areas.
In many cases, uncontrolled airflow through industrial door openings can become one of the largest sources of:
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heat loss
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cold ingress
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drafts
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unstable working conditions
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increased heating demand
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operational inefficiency
Improving temperature control is not simply about making a building warmer.
It is about creating a more stable, efficient and controlled internal environment.
Why Temperature Control Matters
Poor temperature stability can affect far more than energy bills alone.
Uncontrolled environmental conditions can contribute towards:
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higher heating and cooling costs
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uncomfortable working environments
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increased HVAC demand
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condensation issues
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inconsistent production conditions
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reduced operational efficiency
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greater environmental separation problems
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unnecessary energy waste
In busy industrial environments, maintaining stable internal conditions can be particularly difficult due to:
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frequently used openings
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forklift traffic
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loading bay activity
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large building volumes
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stack effect
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poor sealing around openings
Even relatively small improvements in environmental control can often deliver worthwhile operational and energy-saving benefits.
How Industrial Buildings Lose Temperature Control
Industrial buildings naturally experience continual air movement.
Warm air will always attempt to move towards colder areas, while pressure differences, wind effects and operational traffic constantly disturb internal conditions.
Some of the most common causes of temperature instability include:
Frequently Open Doors
Industrial openings that remain open for long periods allow large volumes of warm air to escape and colder air to enter.
In many cases, the amount of energy lost through an open doorway can significantly exceed the thermal losses through the building fabric itself.
Air Leakage Around Openings
Gaps around:
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guides
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thresholds
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perimeter seals
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shutter boxes
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cladding interfaces
can create continuous low-level air leakage, even when the door is closed.
This uncontrolled airflow can gradually undermine environmental stability throughout the building.
Stack Effect
Warm air naturally rises within taller buildings.
As warm air escapes through high-level leakage points, colder external air is drawn back into the building at lower levels to replace it.
This process, known as stack effect, can create:
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drafts
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unstable temperatures
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pressure differences
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increased heating demand
particularly during colder weather.
Why Open Door Time Matters
One of the biggest misconceptions is assuming that insulation alone controls heat loss.
In reality, the amount of time an opening remains exposed often has a far greater impact on energy performance.
Even a highly insulated door will allow significant heat loss if it remains open for extended periods.This is one reason why high speed doors can play such an important role in temperature control.
By reducing the amount of time the opening is exposed:
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warm air loss is reduced
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cold air ingress is minimised
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airflow becomes more controlled
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internal temperatures remain more stable
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HVAC demand can be reduced
In many operational environments, reducing open time by only a few seconds per cycle can produce meaningful long-term savings.
Temperature Control & High Speed Doors
Fast operating doors are specifically designed to help improve environmental control within industrial buildings. Because they operate at significantly faster speeds than conventional industrial shutters, they help reduce uncontrolled airflow through frequently used openings.
This can help:
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reduce heat loss
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improve temperature stability
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minimise drafts
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reduce airborne contamination
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improve working conditions
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lower energy demand
Different types of high speed doors may be suited to different applications, including:
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internal environmental separation
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external loading openings
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temperature-controlled storage
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production facilities
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high traffic forklift routes
The correct solution will depend upon:
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traffic frequency
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environmental requirements
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opening size
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wind exposure
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operating temperatures
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operational workflow
Insulation vs Real-World Performance
Insulation performance is important, but it is only part of the overall picture.
In many industrial applications:
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air leakage
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open time
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traffic levels
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door speed
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sealing quality
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installation quality
can have just as much impact on temperature control as the insulation value of the door curtain itself.
This is why a well-designed environmental control strategy normally considers:
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the complete opening
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operational usage
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airflow management
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environmental separation
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real-world operating conditions
rather than focusing on a single performance figure alone.
Environmental Separation
One of the most effective ways to improve temperature control is through better environmental separation.
Separating operational zones can help maintain more stable internal conditions by reducing uncontrolled airflow between areas operating at different temperatures.
This may involve:
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internal separation systems
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insulated shutters
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air curtains
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traffic management
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improved sealing arrangements
In many cases, creating smaller controlled environments within a larger building can significantly improve overall energy efficiency.
Temperature Stability & Staff Comfort
Environmental control also affects the people working within the building.
Large temperature fluctuations, drafts and uncontrolled airflow can create uncomfortable working conditions, particularly near loading areas and frequently used openings.
Improving temperature stability can help create:
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more comfortable working environments
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reduced drafts
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more consistent conditions
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improved productivity
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improved operational comfort
while simultaneously reducing unnecessary heating demand.
Reducing HVAC Demand
Heating and cooling systems must continually respond to environmental instability.
Where warm air is constantly escaping or colder air is continually entering the building, HVAC systems must work harder to maintain target temperatures.
This increased workload can lead to:
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higher energy consumption
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longer equipment run times
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increased operating costs
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greater system wear
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reduced overall efficiency
mproving environmental control can therefore help:
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reduce heating demand
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reduce cooling demand
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improve HVAC efficiency
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reduce equipment runtime
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lower operational costs
In many applications, reducing unnecessary airflow loss and improving temperature stability can contribute towards significant long-term energy savings. Over time, these reductions in energy demand can help deliver measurable operational cost benefits and improve the overall efficiency of the building environment.
For frequently used openings and high-traffic operational areas, relatively small improvements in environmental control can often produce meaningful long-term financial and operational advantages.
Every Building Operates Differently
No two industrial buildings operate in exactly the same way.
The most effective temperature control solution will depend upon factors such as:
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building size
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opening locations
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traffic levels
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operational workflow
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operating temperatures
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environmental requirements
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existing building condition
A solution suitable for a busy logistics operation may differ significantly from that required within a manufacturing facility, warehouse or temperature-controlled environment.
In many applications, controlling airflow through frequently used openings becomes one of the most important factors in maintaining environmental stability and reducing unnecessary energy loss.
his is why high speed door systems and high speed roller shutters are commonly used within industrial environments where:
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traffic movement is frequent
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temperature control is important
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operational efficiency is critical
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environmental separation is required
Selecting the correct solution depends upon understanding how the building operates in real day-to-day conditions, rather than simply focusing on the opening itself.
Practical Advice & Guidance
Improving temperature control is often one of the most effective ways to reduce unnecessary energy loss and improve environmental stability within an industrial building.
In many cases, relatively straightforward improvements can deliver worthwhile operational and energy-saving benefits.
We are always happy to offer practical advice and guidance, whether you are reviewing a specific opening, trying to reduce drafts, improve environmental separation or better understand where temperature instability is occurring within your building.
If you would like to discuss your application, arrange a site visit or request further information, please contact us.
Energy Saving Doors
25 Britannia Square
Worcester
Worcestershire
WR1 3DH
United Kingdom
+44 1905 317878