With energy costs rising, it can be difficult to understand why you’re paying a certain amount, and what you can do about it.
Keep reading as we break down how you can actually reduce the energy consumption of your fridge.
How much energy does a commercial fridge actually use?
For businesses in the food, retail, and hospitality sectors, refrigeration can be one of the highest costs. Unlike lighting or ovens, refrigerators have to run around the clock. And, if you’re running a convenience store, a butcher’s, or a small supermarket, you’ll be well aware of this fact.
However, refrigeration can be a controllable cost, with costs varying across businesses and uses.
A commercial display fridge using 10 kWh per day consumes around 3,650 kWh a year. At an illustrative electricity rate of 25p per kWh, it would cost approximately £912.50 annually to run, excluding standing charges and VAT, before considering purchase price and maintenance costs.

Practical ways to reduce your fridge’s energy consumption
Get the temperature right
Overcooling is a waste of energy, with every degree colder contributing to consumption.
Generally, fridges sit at around 1-4℃, with commercial freezers being kept at -18℃ to -22℃. However, this varies, and should be compliant with your food-safety requirements and the manufacturer’s spec.
What’s more, alongside saving money through energy consumption, getting the temperature right can reduce spoilage.
Maintain door seals and gaskets
Faulty or worn door seals and gaskets can allow cool air to escape and therefore make the fridge work harder, leading to increased energy bills.
The paper test is a great way to check whether or not your door seal is working optimally. If you close the door on a piece of paper and it slides out easily, there’s a problem.
It’s important to keep gaskets free from grease and debris, while replacing them if cracked or deformed.
Gasket conditions are included in standard checks on planned maintenance visits, so it’s important to schedule these frequently.
Don’t overstock
Overstocking your fridge prevents optimal airflow circulation, reducing the risk of an uneven distribution of cool air and warm spots. Make sure vents and fan outlets are kept clear, there are gaps throughout the fridge, and avoid pushing stock against the back of the refrigeration unit.
Schedule planned preventative maintenance
Planned preventative maintenance can catch the signs of a refrigeration unit failing early on – before it starts costing you a lot of money to run and repair.
What’s more, it can ensure longevity and efficient use, while reducing the risk of an emergency breakdown.
Monitor and benchmark energy use
It’s important to establish a baseline, whether that’s annual kWh from the bill or sub-metering on refrigeration where possible.
You can also read the fridge’s energy label or use a plug-in energy monitor to help with this. Additionally, an engineer can help with this during a survey.
Once you have these figures, you can benchmark these against sector norms, so you can reference whether your costs fit into a normal price range for accurate measuring and managing.

When to maintain vs when to upgrade
When considering when to maintain vs when to upgrade your fridge, there’s no single rule. Age, condition, refrigerant type, running costs, and compliance all play a role here.
As a general rule of thumb, repair if:
- Your unit is relatively modern
- Running costs appear normal
- Breakdowns are rare
Replace if:
- Future repairs are costly or uncertain
- Energy costs are consistently high
- You’re experiencing frequent breakdowns
- A new A-rated efficient unit’s running-cost saving offsets the capital over its life.
At J&M Refrigeration, our engineers’ services include an energy consultation and on-site surveys. We can also advise whether it’s best to maintain or upgrade your unit and provide around-the-clock emergency repairs, planned maintenance, and custom refrigeration products. Get in touch today to learn more.









