How Do Energy Ratings on a Fridge Freezer Work?

When you’re choosing a new fridge freezer, you’ll notice an energy rating label on the front or in the product details. These labels are designed to make your choice easier, showing you how much energy an appliance will use and helping you compare models at a glance. But what do the ratings actually mean - and how do you pick the most energy efficient fridge freezer for your home? 

This guide breaks down how energy ratings work, why they changed, and how to use them to find the right Hotpoint fridge freezer for you. 

Every fridge freezer sold in the UK comes with an official energy rating. This is a letter scale that runs from A to G, with A being the most energy efficient fridge freezer, and G being the least. 

The rating is based on a standard calculation that measures electricity consumption over time, while also considering the size and type of appliance. That way, you can quickly see how one model compares to another. 

In 2021, the UK and EU updated the system. The old labels included ratings like A+++, which had become confusing for buyers. The new scale reset everything back to A-G to make it clearer. 

This means that what was once an A++ fridge freezer may now appear as a C or D. Importantly, this doesn’t mean the appliance has become less efficient - it’s simply a clearer scale that leaves room for future, even more energy efficient fridge freezers. 

The rating depends on more than just the amount of electricity used. It also considers how effectively the fridge freezer keeps food chilled or frozen. 

Features that can improve efficiency include: 

• Inverter compressors: Restore temperature quickly and quietly to keep your food fresh and energy bills lower. 
• LED lighting: Uses less power and lasts longer than standard bulbs, as well as illuminating the interior of your fridge so you can see everything clearly. 
• Dual No Frost: Circulates cool air evenly through both compartments, helping to prevent ice and moisture build-up. So, no more soggy salads and you’ll never have to defrost again. 
• Temperature control: Lets you fine-tune settings to your personal needs. 

Hotpoint’s energy efficient fridge freezers are designed with these technologies in mind - helping lower running costs while keeping performance high. 

In short: Yes - a large fridge freezer will usually use more energy overall than a smaller one, simply because it has more space to cool. But this doesn’t always mean they’re less efficient. 

The energy rating system factors in size, so, a bigger model with an A rating is still one of the most energy efficient fridge freezers in its class. 

Choosing an energy efficient fridge freezer doesn’t just have a positive impact on the planet, it can also help reduce household bills.  

According to the Energy Saving Trust, upgrading to a modern A-rated fridge freezer could save you around £65 a year compared to an older, less efficient model. 

Over a fridge freezer’s 10–15 year lifespan, those savings really add up. 

When deciding which fridge freezer model is right for you, think about: 

• Household size: Larger families may benefit from American-style fridge freezers, while smaller households may prefer compact models. 
• Features you’ll use: Consider whether you need extras - do you want an ice dispenser, convertible compartments, or flexible shelving? 
• Your kitchen space: Make sure to measure carefully before buying, to ensure your chosen model fits. 

Hotpoint offers a wide range of options, from compact designs to spacious family models, all designed with efficiency in mind. If you’re searching for the best energy efficient fridge freezer, Hotpoint has something to suit every home. 

Energy ratings are there to make your choice easier when choosing a new appliance. By understanding the label, you can confidently compare models and choose a fridge freezer that is energy efficient enough to save you money over time. 

Explore Hotpoint’s full range of energy efficient fridge freezers and start saving on bills while keeping food fresh for longer.