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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.
 

As the summer months draw nearer, you get better accustomed to the ambient noise produced by your air conditioning system which is constantly in operation to keep your home cool and comfortable for both you and your loved ones. During this period, it’s absolutely normal to expect a spike in your energy bill and wish to know how you can limit the expenses without having to sacrifice your home’s temperature. In this guide, we’re going to consider some of the major ways you can save energy in your home without having to sacrifice your air conditioning system. Let’s take a look!

1. Reduce phantom loads. This is an electronic appliance that still makes use of energy even when turned off and not in operation. These phantom loads are actually everywhere in your home but you just don’t know that the television, toaster or even your phone’s charger continue to suck electricity when they’re not in use.
2. Incorporate more energy-efficient appliances. Before making a purchase, ensure that the appliance has the Environmental Protection Agency’s Energy Star Label as they use 10 to 15 percent less energy than their counterparts.
3. Change out your light bulbs. The older your incandescent light bulb gets, the more energy it consumes. You can cut cost by reglarly changing them out.
4. Install a programmable thermostat. With such a device, you can adjust your home’s temperature to your schedule and needs to cover for the time when you would not be home.
5. Use fan. A cooling fan can significantly lower the cost of running an AC system.
6. Seal all air leaks. Blocking all air leaks in your home is a great way to ensure energy is well maximized
7. Make your windows more efficient.
8. Enhance you insulation
9. Conduct a regular servicing of your AC unit
10. Setting the air conditioning temperature higher at night

The importance of having your office heating and cooling system serviced on a regular basis simply can’t be overemphasized. Not only does it ensure the proper functioning of your system, but it also ensures it’s energy efficiency, helps you save some cool cash and and also ensures that a great indoor air quality is maintained. However, what discourages most business owners from servicing their air conditioning unit on a regular basis is the fear that the cost of doing so might be high and since the unit is not giving any issues yet, then any required maintenance efforts can be overlooked. The reality here is, no matter how high the cost of servicing your office air conditioning system seems to be, you’d have to pay higher to get it fixed when it starts developing series of faults that could have been prevented with proper maintenance. In this post, we’re going to consider the cost involved in the servicing of office air conditioning systems. Let’s take a look!

First and foremost, you should note that during an office air con service, the refrigerant will be recharged and the complete quantity of refrigerant is pumped out of the AC system weighed, filtered and dried. Once done, the AC system will be re-gassed with the quantity of refrigerant prescribed by the manufacturer. Furthermore, the quantity of the AC compressor oil is also changed with the same amount of fresh oil. A vacuum test will also be carried out to determine whether or not there are damages or leaks in the AC system which has to be fixed.

The cost of an office air con service depends on a number of factors including quantity and type of refrigerant required, location and more. On the average, the amount you can expect to incur to service your air conditioning system would be within the range of £60 to £90.

When it comes to conservatory air conditioning, a huge mistake you’d not like to make is to purchase and install a wrong sized HVAC system. When that happens, not only will you be left unsatisfied, but you’d also end up incurring much more expenses than necessary. If you go for an AC unit that’s too small, it won’t be powerful enough to cool your conservatory as you would like. However, when you go ahead to select an oversized AC unit, your conservatory would be cooled relatively quick but will leave the air in the structure with excess humidity and consume more electricity as it’s going to cycle on and off which will ultimately cost you more money. In other words, it’s always a smart decision to take your time to calculate the right air conditioner size for your conservatory before you make a purchase decision. So how exactly can you go about the determination of the appropriate HVAC unit size for your conservatory? Let’s take a look!

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

Central air conditioning system is a system which operates by cooling air at a central place and distributes the cooled air to and from rooms with the help of one or more fans and ductwork. What makes the whole idea of air conditioning feasible is the operations of the air conditioner compressor. When it cooling gas is compressed, it allows it to absorb heat from the house and blows it outside into the outside air and that’s exactly how the cool air is being generated.

Central air conditioning are of two main types which includes a split system as well as a packaged unit.

Generally, in the split system AC unit, both the condenser and compressor are included in the outdoor metal cabinet, whereas the indoor cabinet includes the evaporator. Typically, in several split system air conditioning units, the indoor cabinet will also include an air handler or a furnace. What’s more? The evaporator coil of the AC unit is fitted in the cabinet or the furnace or heat pump’s primary supply duct. This type of central air condition is usually the most economical AC unit to fit if you already have a furnace in your home.

However, in a packaged central air conditioning system, the components including condenser, compressor and evaporator are all included in one cabinet. Supply of air as well as the return ducts are connected through the home’s exterior wall or roof to the package central air conditioning system - mostly placed outdoors. This type of central air conditioners also features electric heating oil or a natural gas furnace. With this perfect blend of central heater with air conditioner, there’s simply no need to a separate furnace indoors.

Yes - in the Summer many UK homes could benefit from air conditioning, particularly in southern and eastern areas and is global temperatures increase with longer, hotter, dryer Summer months. Also, most modern air conditioning units function as heat pumps, meaning they can be used in winter as part of a heating system.

With the UK’s climate which can be harsh sometimes, getting an air conditioner is simply the best bet. Over here the summer months can get overbearingly hot, which does not stop the winter months from getting quite chilly. With a heating and cooling system installed in your home or property, you can easily lessen the effect of both situations, ensuring that your structure is relaxing and comfortable all year round. If you have also decided to get one and ready to take the plunge, then you’ve come to the right place. With a wide range of choices out there, there’s a need to have a checklist before you purchase a unit, in order to get one that’ll be just right for you. Let’s take a look!

• Determine the kind of system that’s suitable for your home. We have 3 major types of air conditioning systems which includes split systems, multi split system and ducted systems. While the split system represents a great choice for those looking to heat or cool or single room or large area, the multi split system is designed to power up to 6 interior rooms at once. Finally, the ducted air conditioning systems which is usually fitted within the roof and from the central unit, a series of ducts heats or cools each rooms.
• Consider the features of house. This includes the kind of house you own, the size of the room(s) you wish to heat or cool, whether it’s insulated, the number of windows the room(s) possess, the layout of the room(s) and lots more.
• Your budget. Air conditioning is an investment which will often require a substantial initial outlay which can be recouped after a long period. The amount of money you can spare will play a huge role in the kind of system you’ll get.

Several individuals think that the the way their air conditioning system works is simply by pumping hot air out of their homes or offices, blowing a cool air in return. This is absolutely wrong! The hot air is, in fact, cycled back in as cold air and this process continues until the thermostats gets dropped down to the required or set temperature. The air conditioning system manages this in a similar way to how the refrigerator manages to stay cold and of course, excluding the insulated box.

The short and simple answer to the question of what gas an air conditioning use is Freon. This is a non inflammable gas which is subjected to the evaporation process over and over again in most refrigerators to keep the temperature at a low level. This same process is repeated in air conditioning systems. Now let’s take a look at how the Freon gas is incorporated in AC systems.

The cold Freon gas is firstly compressed by a compressor in the air conditioner. The gas is then combined with a little quantity of oil in order to lubricate the compressor. When Freon gas is compressed, the pressure is increased which makes it incredibly hot. It then moves through a couple of coils which works to lowering the heat and turning it to liquid. This Freon liquid will then be transmitted via an expansion valve which causes it to cool down until evaporation takes place. The outcome of this is a low pressure cold Freon gas which is then transmitted via another set of coils allowing the gas to collect the heat and lower the air within the room.

The air conditioner now filters the air and clears out the dust, smoke, pollen and other kinds of air pollutants. The system also absorbs excess liquid from the air too which it uses to cool down the system and pump it through a hose.