Find an Air Conditioning Engineer you can trust in Leatherhead.

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.
 

With summer fast approaching, most business owners are getting ready to battle the great heat that often comes with it. One of the most important tasks would be to make sure that the commercial HVAC system is in top condition to run efficiently and smoothly through to help lessen or cancel out the effect of the summer’s heat in the work environment. Air conditioning systems when not properly maintained can take up to 30 percent energy which is capable of sending your utility bills through the roof during the season that calls for a heavy usage. In this post, we’re going to consider some top tips you can implement to prepare your commercial unit for summer air conditioning. Let’s take a look!

• Filter cleaning and maintenance. When the filter is clogged the cooling is decrease and more energy is consumed (implying higher electricity bills) as the unit works harder to have your work environment cooled. The filter accumulate dust, dirt and other particles pretty easily which also affects the indoor air quality since they’ll get pushed out with the cool air distributed. Therefore, there’s a need to ensure that the filters are washed regularly and also changed (at least once a month during summer).
• Air flow leaks and obstructions. If the blower components aren’t properly adjusted, this can lead to a 15 percent drop in the system’s efficiency. Also, gaps and obstructions in duct work can lower air flow in the HVAC unit. Therefore, you’ll need to check the ducts and connectors for loose spots or damages, also check walls, doors and windows for cracks and leaks which can allow the outside warmth to draft in and the cool air to flow out.

In a server room, you have multiple electronics in a single room. If you stand a bit close to your personal computer while its still running, you know you’ll definitely feel some heat. Now imagine the amount of heat that would be generated by large servers in a single room (hint: it’s quite much). A server room would be highly uncomfortable to work in with that amount of heat around and beyond that, the heat is also very dangerous to the electronics. It can lead to equipment malfunction or even breakdown. When the equipment in your server room is one that stores all your business’ information, then it’s simply a no-brainer to do everything you possibly can to protect the equipment. Hence, the reason why every server room requires a good and well installed air conditioning system which helps to control temperature as well as moisture in the server room. It also goes a long way to control the amount of dust in the room and dust can also affect the performance of the electronics. Here are some of the reasons why the HVAC system in your server room should be professionally installed.

• The quality is guaranteed. Compared to when the installation project is made a DIY task, a professional installer is able to guarantee a better quality result. They possess the necessary experience, knowledge, tools and skills to make the project a successful one and highly satisfactory.
• They offer technical advice. When you hire a professional HVAC system installer, you also get free advice on a bunch of relevant technical topics and lots more.
• They often offer maintenance guides and after installation support. Companies that are committed to customer service and utmost satisfaction will often provide maintenance guides and technical support post installation. They also give you the opportunity to leave a feedback based on your experience so they can improve on their service delivery.

When it comes to getting an air conditioning unit for your room, one of the greatest mistakes you can possibly make is purchasing and installing the wrong size in your personal space. In the event whereby you happen to go for an AC unit that’s too small, it won’t be powerful enough to cool your room as you would like. However, when you go ahead to select an oversized AC unit, your room would be cooled relatively quick but will leave the air in your room with excess humidity and consume more electricity as it’s going to cycle on and off which will ultimately cost you more money. As a result, it’s always a smart move to calculate the right air conditioning size for your room before making any financial commitment. In this post, we’re going to consider how you can determine the appropriate unit size for your space. Let’s take a look!

• Take the measurement of the room’s square footage using a tape measure. If the room isn’t rectangular or square in shape, simply divide the room in section comprising both squares and triangles which you can measure.
• Calculate the room’s square footage. For a square or rectangle, simply multiply the length by the width. However if your room is in another shape, you can determine the square footage of the triangular sections by multiplying 0.5 by length and width, and the sum each of the sections.
• Determine the cooling capacity required for the room in question which is measured in British Terminal Units (BTUs)/hour. For more information to determine the BTUs needed depending on your room size, simply visit the United States Department for Energy Star.

Most air conditioning units will need yearly maintenance. This will involve a full service and cleaning of filters. In very dusty areas units may need more frequent maintenance. Regular servicing will extend the life of an air conditioning unit. Keep a record of when this is done so you know when to contact someone!

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.

We all know how helpful air conditioning systems can be especially during the hot summer season which is great at making your home feel nothing less than an inferno. So if you have an AC system, you’d probably want to know if leaving it on will be cheaper and more efficient.

The short and simple answer to this question is yes, leaving your air conditioning system on will make make it cheaper and more efficient. This isn’t what you or many other people will have in mind though. Under no circumstances should you leave you air conditioning system on full blast 24/7. To make your air conditioning system more efficient by leaving it on has a right and wrong way you can go about it. Let’s have a look!

If you’d ever noticed, any time you turn your air conditioner off during a very a hot day, even if it’s for just a couple of hours, things tend to get thrown out of balance pretty quickly. When turned back on, your AC system will have to work even harder to restore the usual comfort levels in the room. When you abuse this dial in such a fashion, the AC system can only become more inefficient rather than making your home more comfortable quickly.

On the other hand, your AC system ( when tuned to the right settings) can help maintain the proper temperature and humidity balance within your home instead of turning it off while away. And upon getting back, you can simply turn down the thermostat a bit which helps you prevent the usual stagnant air that you’d be hit with when your return home (with the AC system turned off) that’ll have you racing for the dial.

Are you trying to choose the perfect air conditioning unit for your home or property? Or perhaps you’re simply trying to figure out if it could be the right climate control option for your house. Regardless of your purpose, determining the amount AC systems cost to run can play a key role in identifying what your best options really are.

Obtaining estimates for the amount your new air conditioning units will cost to run may not be on top of your priority list and even more so if you’re always busy trying to determine the installation price. However, it won’t be the wisest decision to procure a new air conditioning system you can’t afford to use.

There are a lot of factors that determines the cost of running an air conditioning system. However, to give a rough idea of how much it’ll cost to run your new AC system, here’s a cost guide for two of the most popular types of air conditioning - split and multi split units.

For a small room size with an air conditioning output of about 2.5 kW, the cost to run per hour is about £10. Meanwhile,a mid-sized room with an air conditioning output of about 3.5 kW, the cost to run per hour is about £14. And lastly, a large room size with an air conditioning output of about 5 kW, the cost to run per house will be about £20.

In the event whereby you’re eager to fit a new air conditioning system, your best bet for a more accurate quote will be to get in touch with an air conditioning technician who will go through your unique project as well as the price influencing factors to provide a unique price for your project as well as its running cost.