4 mistakes choosing refrigerator

ANASTASIA ZYG

4-mistakes-choosing-refrigerator

 

4 mistakes choosing refrigerator

Buying a refrigerator is a very serious matter. If something goes wrong – επισκευή service ψυγείαwith the model you choose, then you should live with the wrong choice for at least a decade.

There is a great variety in the specifications and functions of the available devices. This gives you the opportunity to adapt your choice to the specifics of your kitchen, but also to the eating habits of those who live at home. A technical feature that would “untie the hands” of another buyer, in your case maybe just a luxury.

Therefore, if you are going to get a new refrigerator, you need to follow some basic rules in order to avoid the most common mistakes that are made in the choice of appliances.

1. Poor calculation of available space

Whether you buy a built-fridge or a free model, .definitely the first step is to measure the dimensions of the installation location. This will definitely fit your new device. You may not know it, but the refrigerator should not touch the wall and the cabinets around it. In this case, it will be difficult to dissipate heat from inside.

This will result in the motor being “forced” and consuming more power than its factory specifications provide. Therefore, when measuring the dimensions of your new device, you should take into account that its “back” should be about 5 cm from the wall. Also, there should be a distance of at least 2.5 cm from any cabinets or other appliances located on the side sections.

2. Incorrect refrigerator category

There are three available classes, the refrigerators, the classic refrigerators (above freezing) and freezer ‘wardrobes »(side by side) . They come with differences in ergonomics, but also in cooling capacity and maintenance, to meet different needs.

If you often shop in the supermarket or the popular one and you usually cook with fresh “raw materials”, then the design of the fridge-freezer is more convenient for youThe fact that the maintenance room is at the top means that you will not have to bend over often. Also, because it is the most popular category of refrigerators, it is easier to find in its models with the latest innovations for energy saving and long food preservation.

The classic refrigerators (above freezing), on the other hand, maintained at the bottom, which means you will have to bend frequently, to gain access to fruits, vegetables, and fresh meat or fish. Also, the freezer, located at the top of the appliance, usually has a smaller capacity than refrigerators and freezers.

The “closets” refrigerators have a large capacity, thereby targeting consumers with large refrigerator and freezer needs – such as, for example, in large families. Naturally, thanks to the large dimensions, they “win” in ergonomics, as they usually have two vertical doors, for maintenance and freezing respectively.

3. Unsuitable capacity selection

Capacity depends largely on the model category. It plays an important role for the available space of the maintenance and freezing chamber. Although the location of the freezer is more inconvenient in fridge-freezers, the fact that it is larger means that you can store more quantities of frozen products.

On the other hand, although the “closet” refrigerators are the best in terms of the size of the available space, they naturally consume more energy to maintain the temperature at the desired levels, compared to the other two categories. Therefore, it is probably not the right choice if you live alone or do not have children.

4. Low utilization of “latest generation” functions

All manufacturers have developed a number of technologies in recent years that ensure more “friendly” use and better food preservation conditions. If you take into account the innovations that suit your diet and lifestyle, then your market will definitely take place.

For example, if fruits and vegetables have a prominent place in your diet, you will find models that have specially designed drawers for their maintenance. They ensure that the products will keep their freshness and vitamins for as long as possible. There are similar “freshness solutions” for fresh meat and fish, in case they play a big role in your diet.

Also, a Full No Frost model will relieve you of the hassle of defrosting as it will never collect ice. A model with electronic indicators will allow you to accurately control the temperature during storage and freezing. Also, an energy class A +++ device will “burn” up to 45% less electricity than an A + refrigerator, with the consequence of saving on electricity bills to “get back” quickly enough the extra money you gave to get it .

Choose the right refrigerator and save 45% less charge on the electric!

The refrigerator belongs to the electrical items whose energy consumption plays an important role in the number of electricity bills since it has the peculiarity that in order to preserve your food it is constantly plugged in, 24 hours a day for 365 days a year. Therefore, if you are going to buy a new device, it is important to take into account the “profile” of its consumption, which is shown by its energy class.

Typically, energy classes in refrigeration start at D (the most energy-intensive appliances ) and reach A +++ (the most efficient). However, for years all models with a class lower than the A + have been withdrawn from the market. Also, especially in refrigerators and freezers, many manufacturers have released products that are even more efficient than the A +++ class. So, for example, there are ” A +++ -30% ” products, which means that they consume 30% less energy than the A +++ energy class models.

The above means that, depending on each category of refrigeration products ( refrigerators-freezers, two-door refrigerators, refrigerators-cabinets ), the available appliances cover a different range of energy classes. But how big can the difference in performance between the most “wasteful” current models and the least energy-consuming ones be in each category?

Refrigerators and freezers

Given that refrigerators and freezers have the largest range in energy classes, there is also the largest difference in energy consumption of the available models. Thus, two models with almost the same capacity can have up to a 45%difference in the amount of power they use on an annual basis.

For example, an energy class A + product with a capacity of 358 lt, according to its energy label, “burns” every year 310 kilowatt-hours (kWh). On the other hand, from the available models, you can choose another refrigerator-freezer with almost the same capacity (357 lt), which is classified in the A +++ energy class, consequently consuming only 173 kWh per year, that is, 44% of the most “wasted” device in electricity.

In fact, the difference in the price of the two products is about 150 euros. So the least energy-intensive model will “return” to you within a few years the above money you gave to buy it, from the savings you will make in the electricity bills.

Two-door refrigerators

In the case of two-door refrigerators, the most efficient models on the market are classified in the energy class A ++ . Therefore, given that the lowest available energy class is A +, the “gap” between the options you have is much smaller.

Of course, this does not mean that there are no measurable differences in the energy behavior of the models you have to choose from, which reach 20%.

A figure that “translates”, of course, and charge to the accounts of electricity.

Thus, there is currently a two-door energy class A + refrigerator on the market, with a capacity of 340 LT, which consumes 268-kilowatt hours (kWh) per year. At the same time, another two-door refrigerator of energy class A ++, with almost the same capacity (333 lt), “burns” 220 kWh per year, ie 18% less.

Refrigerators-closets

In the refrigerators-closets also the differences are not huge, since in this case, the highest available class is A ++. Nevertheless, even in this case, the “gap” in energy consumption between a more and a less efficient model, can reach about 20% of the electricity consumed annually.

Indicatively, in the existing options available for refrigerator-wardrobe, there is currently an A + energy class model, with a capacity of 636 it and annual consumption of 419 kilowatt-hours (kWh). At the same time, another model with the same capacity of 636 lt “burns” 348 kWh per year, ie about 17% less, as it is classified in the A ++ energy class.

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