Find an Air Conditioning Engineer you can trust in Clwyd.

Are you planning to install a new climate control in your home or property? If yes, then there are a number of things you’d have to consider before making a financial commitment and that’s related to air conditioning planning permission. It’s crucial to equip yourself with the facts so as to avoid any hiccups along the ways and end up with an AC system that works well and complies with all relevant air conditioning regulations. In this post, we’re going to give you a good insight into planning permission for air conditioning in homes. Let’s take a look!

In general, majority of small air conditioning installations do not need planning permission. In other words, you don’t have to submit a planning permission application to install an air conditioning system in your home or property – if you want to, simply go ahead with it. However, there’s a need to ensure that your external air conditioning units meet some regulations. These regulations include:

• It isn’t bigger than 0.6m3
• It’s over a metre from the boundaries of any property
• It’s more than a metre away from the edge of a flat roof
• It shouldn’t be fitted on a pitched roof

In addition, you’d have to ensure that there isn’t a wind turbine on the property. For a more accurate information, it’s more advisable to reach out to your local authority for advice on air conditioning planning permission before installing your air conditioning unit. They’re in a much better position to advise you on how to ensure that your air conditioning complies with the relevant regulations as well as whether or not you’ll need a planning permission.
 

If you have a conservatory constructed on your property, then you should be able to to tell how uncomfortable it can get considering the UK’s harsh climate. This climate can get swelteringly hot during the summer months and also quite chilly during the winter months. As a result of being constructed with so many plain glass, conservatories are usually at the mercy of the weather outside which often limits the usage of the structure to only a few months within the year. Hence, the need to have an air conditioning system installed by a reliable professional so as to ensure you enjoy your conservatory all year round. In this post, we’re going to consider some of the benefits you stand to derive by hiring experts to install your conservatory’s air conditioning.

• They possess the experience, skills and tools necessary to complete the project. When the construction job done right the first time, this will go a long way to save you both time and money on potential costly mistakes if you decide to undertake the project yourself.
• They can help keep your project on budget. When it comes to fitting appliances like AC systems, it’s usually very easy to go over your budget when done alone. Since expert conservatory air conditioning installers are vastly experienced in the field, they know the cost implication for the task and can help ensure you don’t overspend or go over your budget.
• They’re insured. The benefit of hiring an insured professional can’t be overstated. What this gives you is total peace of mind knowing fully well if anything goes wrong during the installation process, you’re fully covered by the expert’s insurance company.

When it comes to air conditioning, there’s nothing like a one-size-fits-all approach as different buildings have different needs. As a result, there are various types of air conditioners to address unique building requirements. Having a full grasp of the differences between a commercial air conditioner and a residential air conditioner can go a long way to help you in choosing the most appropriate system for your building to ensure all occupants can enjoy the high air quality at the perfect temperature.

Now, while both commercial and residential HVAC systems serve the same purpose of heating, cooling as well as ventilating, they are largely varied in terms of the parts and mechanisms. This is due to the fact that tackling the need for comfort in a home or residential space is very different when compared to a work environment.

First and foremost, there’s usually a distinct physical difference between commercial and residential air conditioners. The residential ones are usually central systems which are linked to a series of ducts, with the evaporator and condenser in separate areas of the property. On the other hand, the commercial systems normally combines both heating and cooling units in one rooftop package that prevents the noise it produces from disturbing the work of the occupants. Having the package on the roof also goes a long way to help the companies free up some physical space.

The main difference between a commercial air conditioner and a residential air conditioner, however, is the amount of power which the system consumes to cool off a space. This is partly because a work environment usually takes up more space than residential environments. As a result, heating and cooling systems that are intended for use in commercial spaces are usually built to be a lot more powerful.

Having its usage banned in air conditioning systems and many other refrigeration applications due to the danger it poses to the ozone layer, several companies that are affected by the R22 legislation would possess a policy to identify specific recommended alternatives. If you’re also affected by this new legislation, then you’ve come to the right place. Generally, the alternative that’s selected is usually dependent on the business unit level as well as the business’ energy efficiency requirements.  In this post, we’re going to consider some of the recommended alternatives to the R22 refrigerant. Let’s take a look!

• R140a. This refrigerant is commonly used in industrial refrigeration, residential air conditioning, industrial air conditioning as well as commercial centrifugal compressors.
• R134A. This refrigerant is commonly used in domestic refrigeration, commercial refrigeration, transport refrigeration, residential air conditioning, commercial centrifugal compressors and mobile air conditioning.
• R407C. This is commonly incorporated in industrial refrigeration, residential air conditioning and commercial air conditioning.
• R407A. This type of gas is commonly incorporated in commercial refrigeration, plug ins as well as vending machines.
• MO99 ( R438A). This gas type is common applied in commercial refrigeration, plug ins, vending machines, industrial refrigeration as well as residential air conditioning.
• RS-44b. This is commonly used in all refrigeration systems.

These R22 alternatives are all believed to be environmental friendly having little to no impact on the ozone layer. However, one drawback possessed by of these alternatives is when POE oil is incorporated. This can result in excess moisture which causes acid build up inside the refrigerant lines. What’s more? These refrigerant alternatives also work at a higher pressure which means that it may cause more wear and tear on components.

Also referred to as Freon, the refrigerant “R22 is a commonly used chlordiflouromethane that’s usually incorporated in air conditioning systems as well as many other refrigeration applications. However, because of the evidence discovered which shows the gas can contribute to the damage of the ozone layer, the refrigerant has now been banned since Dec 31, 2009 as it became legally required that any system making use of R22 and became faulty must be replaced.

Generally, R22 owners in commercial applications are now responsible for checking for leaks, record keeping as well as labelling of equipment using this type of gas. Failure to comply with these directives can lead to hefty fines.

Existing refrigeration and air conditioning equipment that makes use of R22 can still be used. However, the owner of the equipment will be denied any rights to purchase extra tanks of gas that’ll keep the equipment running. In the event whereby an air conditioning system requires a complete recharge of the R22 refrigerant, according to the law, it’ll be considered obsolete and therefore will have to be replaced. What’s more? As the remaining supplies of R22 starts to decline, the price of getting the refrigerant is expected to skyrocket. As a result, do not be shocked if the cost of purchasing more R22 to keep your current equipment running outweighs the cost of replacing your existing equipment with a new and environmentally approved one.

As R22 is gradually being phased out, there are new ozone friendly alternatives which are being introduced into the refrigerant market. Out of these alternatives, the most common one is the R410A, which is purely a combination of hydrofluorocarbons which does not deplete the ozone layer.

What is the essence of calling a place “home”, if it doesn’t guarantee your comfort? A home should serve as a getaway from the chaos outside world, where you can relax and spend great time with your family. However, what makes house really a home goes way beyond simply having a place to live and sleep. It’s a fact that we all love comfort and where else should one be able to get that if not inside one’s home? And that’s exactly where an air conditioning system comes in! However, having a heating and cooling system installed at home provides you with more benefits than just comfort. They also go a long way to ensure provide us with safety as well as a better quality of life within the four walls of our home. In this post, we’re going to look at some of the top reasons why you should get an air conditioning system installed at home.

• A more secure home. More often than not, when our personal space is air conditioned we keep the doors and windows closed which makes it a lot difficult for an intruder to break into the home.
• Reduced possibility of asthma attacks. Since an AC system is able to minimize your home’s humidity and reduce the amount of mold, mildew, pollen and other air borne outdoor allergens, the risk of suffering an asthma attack is greatly reduced.
• Reduced number of pests and parasites. It’s a fact that you can help even your dog fight off fleas with an AC system. Air conditioning filters are a lot more effective in preventing bugs entry into a hme than an open window.

Air conditioning filters can get dirty over time, especially through heavy use. This can have a major impact on how efficient a unit is, increasing how much energy it uses and reducing how effective it is.

This is why it’s a good idea to service your air conditioning system regularly. Part of this should involve checking, cleaning and replacing your filters, to help your units run as efficiently as possible.

There are a wide range of ways in which having an answer to this question can help home and property owners. For instance, this can help you predict the cost before fitting a new unit. However, regardless of your purpose, this guide has been created to give you an idea of the energy usage that’s associated with different types of air conditioners. Let’s take a look!

First and foremost, it should be said that there’s no straightforward answer to this question as there a number of variables that can affect the energy efficiency of one’s air conditioning unit. As a result, the calculations for your personal space may vary from the estimates you’ll see on the internet. For example, the type of air conditioner you choose to install will be a key determinant of your system’s energy usage.

• On the average, a central air conditioning system incorporates within the range of 3000 and 3500 watts per hour during the summer months. However, if you happen to operate the “fan only mode of your central air conditioning unit, the energy usage will most likely drop to about 750 watts per hour.
• For a mid sized portable air conditioning unit, you can expect the system to consume an average of 2900 watts per hour. However, large units as you would have expected would exceed the energy usage of central air conditioning units, this can be up to 4100 watts per hour.
• For a mid sized window air conditioning unit, this will consume about 900 watts per hour. While you can expect the smaller unit to use about 500 watts per hour and the larger ones to consume about 1440 watts per hour.