Guide to Heating Large Spaces Efficiently

heating large spaces

In an age of increasing energy costs and concerns about carbon footprints, it can be difficult to work out the most cost and energy-efficient way to heat large industrial premises such as warehouses and factories.

And with the winter bearing down on us even more than usual (it’s currently snowing outside) the burning question that you might find your self asking is ‘how do I heat this large space efficiently?’.

Being tasked with the challenge of keeping costs down, while reducing carbon footprint, and providing a comfortable working environment for staff can be quite daunting.

So, to help, we’ve compiled a process for you to follow when considering a heating solution

First, choose a type of heater

Warm air

As the name implies, warm air heaters heat an area by providing a continuous current of warm air, increasing the ambient temperature of a space. Warm air heating systems can run on natural gas, LPG or oil. Each of these fuel types have different levels of both heat, and efficiency, with LPG generally being considered the most cost efficient.

A Warm Air Heater


Radiant heaters heat objects using radiant heat. Most commonly a plate or bar is heated which then increases the heat of objects around it using infra red – any heated object then in itself becomes a secondary heater, providing another source of heat. Underfloor heating is a good example of this. Radiant heaters are often powered using electricity.

A Bar Type Radiant Heater

Then choose a system for the heaters

Suspended Heating

Heaters suspended from the roof structure don’t interfere with working areas and allow you to maximise the floor space. These modern, compact units are easy to maintain and, because they’re out of harm’s way, are less likely to get damaged.Suspended Heating Example

Floor-Standing Units

Freestanding units can be positioned to generate heat where it’s needed most. Similar to suspended heating, besides the fact they’re positioned on the ground, these durable and robust units provide a greater deal of mobility, they also provide heat closer to the ground so they’re able to heat a space much more quickly than roof mounted counterparts.

A Floor Heater Example

Things to consider

Destratification fans

Warm air sourced heating systems come with an initial battle of providing heat against natural convection currents (simply, warm air rises while cold air sinks.) this can lead to the problem of the system not providing an even distribution of heat. Destratification fans need to be suspended from the ceiling in order to provide good coverage as they work by push the rising warm air back to the ground, interrupting the natural cycle of convected heat.

Ducted Heating

Heating units can be ‘ducted’ to provide a concise level of coverage to an area. The unit is used to deliver warm air through a series of insulated, ducted vents. The system is controlled by a thermostat that can be set to the required temperature, allowing you to control the level of heating.

The air that is transferred into the heating unit is warmed, then dispersed back into the atmosphere. It is one of the easiest and most efficient ways of heating large spaces. Energy efficiency can be improved by properly installing and sealing the ducts. Cleaning the filters helps to improve air quality as less dust particles are dispersed into the environment. Ducted heating provides a safer heating solution for the workplace, as there are no exposed heating elements, naked flames or power cords to worry about.

Example of Ducted Heating

Winrow provide all of these systems and have extensive experience in fitting them for all types of environments. We provide competitive costs and expert advice for clients. To talk to one of our advisors please feel free to get in touch.