Phoenix Air Conditioning Installation: Staying Comfy While Saving on AC

Phoenix Air Conditioning Installation

A heavily used A/C unit more than likely has some worn out, out of date parts. Getting newer, more up to date components may help increase performance, but after a while, the best option to improve your unit is to replace it. New A/C systems have updated requirements for efficiency than older units, and replacing your air conditioner with an ENERGY STAR rated unit could help decrease your utility bill each month.

Most home owners in the middle of Phoenix air conditioning installation without ducts install the alternative window A/C units that are loud, inefficient, and less effective. It is no secret central A/C is just better. With a ductless mini-split A/C unit you can have the same experience without the need for air ducts. A licensed technician will install an outdoor unit and an in home air handler around the residence without the need for any renovation (other than a small hole in the wall needed to connect the two parts).

Energy saving systems also often qualify for local utility rebates or other government incentives which opens doors and makes the options more affordable. Make sure to look into the current Arizona policies for Phoenix air conditioning installation.  

Phoenix Air Conditioning Installation

Another important factor to consider is comfort.  Some of the higher efficiency systems out there today come with an added benefit from both maintaining the temperature within a more exact range to controlling humidity. While getting chilled air is relatively straight forward, also think about the long-term financial and comfort aspects before buying your next unit.

Like going out for a new TV the week after the Super Bowl or a 2016 model year car after the 2017s hit the lot, timing you’re A/C unit purchase can save a considerable amount of money. In the cooler holiday season, contractors are trying to generate enough jobs to keep their crews working, so they generally 10% to 20% off their bids. In the north, fall and spring offer similar discounted pricing and better weather for doing the installation.

Phoenix Heating & Air Conditioning: Keeping Your Home as Cool as a Fridge

Phoenix Heating & Air Conditioning

Modern air conditioning as we know it was developed in 1902 by an electrical engineer named Willis Haviland Carrier. It was designed to solve a humidity problem at the Sackett-Wilhelms Lithographing and Publishing Company in Brooklyn, N.Y. Paper stock at the plant could occasionally absorb moisture from the hot air, resulting in difficultly when applying the layered inking techniques of that was common at that time.

The common central A/C system for Phoenix heating & air conditioning is a split system, with an outdoor unit, or "compressor-bearing unit" and an indoor coil, which is usually located on top of the furnace in the house.

A/C units and refrigerators work exactly the same way. Instead of cooling just the little, insulated space within a fridge, a unit cools a room, home, or a building.

Heat and moisture are taken out from the residence when hot air from inside the home is blown over the cooled indoor coil. The heat in the air transfers to the coil, which ultimately cools the air.

Phoenix Heating & Air Conditioning

Phoenix heating & air conditioning units use refrigeration to cool indoor air, utilizing a remarkable physical law: When a liquid converts to a gas, it absorbs heat. A/C units take advantage of this ability of phase conversion by creating unique chemical compounds to evaporate and condense repeatedly in a closed system of coils.

The compounds that are used are refrigerants that have properties enabling them to change at relatively cold temperatures. Units also possess fans that circulate hot interior air over these cold, refrigerant-filled coils. Central A/C units have a complete system of ducts designed to move air to and from these air-chilling coils.

The unit has three primary parts: a compressor, a condenser and an evaporator. The compressor and condenser are typically found on the exterior air portion of the unit. The evaporator is located within the home, sometimes as part of a furnace. This part that your heats house.

A Money Saving Trick For Phoenix Air Conditioning Rises From the Deep

Phoenix Air Conditioning

Most of the systems for Phoenix air conditioning depend on electricity as their power source.  Electricity is the energy taking the heat from our homes to leave us with a comfortable inside.  But there is rising popularity for a new mechanism to be employed.  While this may not be the most applicable to our desert region, it may still have use given all the community lakes we've got around in the valley.  Deep water source cooling.

Phoenix Air Conditioning

Deep water source cooling is the practice of pumping water from the bottom of a water source be used to cool a home.  The water near the bottom of a deep body of water rests around 38 F.  Taking advantage of this, HVAC systems pump water from a nearby body of water such as a lake or a river.  The water is pumped up to the house and used to cool refrigerant, keeping the house cool with minimal electrical input.

Deep water source cooling is more effective because it doesn’t try to “push” the heat “uphill.”  Instead, it takes the heat and lets it naturally move to a cooler environment, one that specifically has a very high specific temperature, or the amount of energy required to raise its temperature.  A simple change in where the heat is being moved to can make our air conditioning much more effective!

Phoenix Air Conditioning

This kind of cooling may remind you of geothermal cooling, where heat is pumped to the cool Earth below us.  The principle is very similar, but the work needed to install each system can be very different.

Deep water source cooling is growing in popularity, especially in regions abounding in natural lakes.  Its application as a way to cheaply and effectively cool a home makes it a popular choice for those who are able to set the system up.  But as its applications grow, we may see Phoenix air conditioning systems using deep water source cooling more extensively.

International Growth of Phoenix Daikin Air Conditioning

Phoenix Daikin Air Conditioning

Phoenix Daikin Air Conditioning is an important business making the Valley of the Sun their home.  Starting in 2012 with Daikin’s acquisition of Goodman Global Group Inc. Daikin entered the US market, pushing to get its air conditioning units into American homes. For a few years, Daikin worked in a facility in Phoenix, but in 2015 the group chose to make Phoenix a permanent home of a regional office and manufacturing plant. The plant designs and manufactures advanced AC systems that help meet the increased demand for cooling during out hot summer.  The plant here is matched by others in similarly hot places like Houston, Australia, and India. In addition to the growth here in the states, Daikin has seen growth in many international markets.

Phoenix Daikin Air Conditioning

Many countries with rising populations and incomes are experiencing a drastic increase in demand for cooling power.  Countries like China are currently increasing their demand for air conditioning, and countries in Southeast Asia and sub-Saharan Africa will follow soon after.  This increased demand comes as a boon to companies like Daikin, but at a cost to the environment.  Currently, something near 12% of global carbon emissions are from heating homes. But as the climate continues to heat up, this will eventually be replaced with emissions from cooling. Right now we have the chance to combat what could become a major contributor to our carbon emissions problem.

Phoenix Daikin Air Conditioning

Thanks to the work of Phoenix Daikin Air Conditioning, we are running better, cheaper, and more efficient AC systems.  These new systems going to be important in combating rising issues and preventing a vicious cycle of global warming increasing, which creates a rising demand for home and business cooling, which only further increases the temperature.  Thanks to the ongoing efforts of Phoenix Daikin Air Conditioning and other groups like them we may be able to combat this cycle.

Phoenix Air Conditioning Units: What to Know Going into Fall

Phoenix Air Conditioning Units

Preparing Phoenix air conditioning units and appliances for the changing seasons takes a bit of preparation. When things begin to get colder, it’s time to get your air conditioner ready to slow down for a season. A/C maintenance can be basic or more complex depending on the type of air conditioner that you have. If you have any concerns about preparing your A/C for fall, call an experienced technician for help. Here are a few basic tips to help you out.

For A/C maintenance of a centralized system, you will need to swap out the filters and check the system to make sure it is not dirty. Having a licensed technician come in and clean your central system before the new season will help to keep the air in your home cleaner and your family healthier. Cleaning should occur twice every year. Additionally, make sure to swap out filters twice a year. Fall is a great time to do these regular repairs.

Phoenix Air Conditioning Units

Dust, dirt, and other contaminants can pile up around our Phoenix air conditioning units, especially in the fall. When you begin to rake up your yard, be sure to rake up the leaves around your A/C unit. Built up leaves can change air flow, resulting in your system to working harder and breaking down faster. 

Set your thermostat at the warmest temperature you can while still remaining comfortable. Whenever possible, use alternative cooling methods like fans. The cooler you set your thermostat, the more work your system will have to do to maintain temperature. Many believe turning your unit off completely will save on energy and alleviate your unit, but that makes more work for it when you turn it back on. The additional, prolonged work can lead to an earlier system failure.

Phoenix Central AC 101: The Basics of Your Central Air Condtioning

Phoenix Central AC

Phoenix Central AC is a pretty common standard.  But what exactly is it and how does it work?  Why should you choose a central system rather than maybe ductless AC?  How does Central AC help you get comfort?  Here’s a brief overview into how Central AC systems work, what they do well, and some of the issues you might run into with yours:

Central air conditioning systems are made of two parts: one piece sits in an unobtrusive spot inside the home while the other part is outside.  The system inside sucks in hot air from the home and blows it over a cooling coil.  The coil and the Freon inside picks up the heat and is pumped out to the outside unit, which uses another fan to blow air that will absorb the heat, leaving the Freon cooled once again.  On the coil on the inside, the air often leaves behind the humidity it was carrying, forming condensation on the coil.  This water is also removed from air in the house, meaning central AC does two things: it cools the air and removes humidity.

Phoenix Central AC

So what’s great about a central air conditioning in Phoenix?  These systems are powerful, they get the job done well, which is awesome when you’re in the middle of a 110+ weather for months in the summer.  Central AC is great for cooling the entire house, another great bonus to those seeking to escape the sweltering AZ heat.  Because half of the system is located outside, and the other part is in one inconspicuous spot in the house, central air conditioning is virtually invisible, something you just don’t get with ductless air conditioning or window mounted units.  These systems also increase the resell value of a home, meaning if you ever want to move, a central AC unit makes it easier.

Phoenix Central AC

Phoenix Central AC units are awesome, aren’t they?  Well, they don’t run perfectly, just like everything else.  Some of the issues you might have, still not common, might be some weird smells.  If you smell burning or smoke and its coming from your AC unit, it might be an electrical short or a motor burned out. In either case, call a professional to have a look.  If you have a damp smell, it could be that the water collected on the inside coil built up and overflowed and mold may have grown of be growing.  Take care of this quickly by getting a professional to unclog the overflow pipe.  Overall, Phoenix central AC systems are a good, sturdy choice that keep you comfortable in the hot Arizona summers.

Phoenix Residential HVAC: What is HVAC?

Phoenix Residential HVAC

The choice of a Phoenix residential HVAC system can be overwhelming and intimidating —after all, an HVAC is one of the largest and most costly purchases the average family will incur. Consequently, understanding HVAC is an important first step. So, what is HVAC?

HVAC is a frequently used term in the heating and cooling industry. It is an acronym for "heating, ventilation and air conditioning”. These are the three crucial comfort functions that are combined into a single system. Heated, chilled, or dehumidified air flows through multiple tubes, also known as ducts, to be relocated among all the rooms of your home. A central HVAC system is the most quiet and favorable way to cool an entire home comfortably.

Unless you live in an incredibly moderate climate, the HVAC system in your house uses the most energy and will cost more monthly than any other system in your residence. Commonly, around forty-four percent of your utility bill goes toward your HVAC system.

For a Phoenix residential HVAC system, the cooling is the most crucial element of an HVAC system for a large part of the year. The A/C unit in a central cooling system provides cool air through ducts within your house by creating a process that pulls out the warm air from inside, removing its heat. 

Phoenix Residential HVAC

In a split system, the compressor condenses and circulates the refrigerant through the outdoor air conditioner, morphing it from a gas to a liquid. The liquid is then forced through the evaporator coil or cooling compartment found within the home. The indoor air conditioner’s fan circulates the air that is inside the unit, causing it to pass across the evaporator fins. The evaporator’s metal fin interchanges the thermal energy with the air next to it. There, the refrigerant changes from liquid into vapor, removing any heat from the area. As the heat is decreased, the air is cooled and blown back into the residence.

After that, the condenser or outdoor unit changes the refrigerant vapor back into a liquid, again ridding it of any heat. By the time the fluid leaves the evaporator again, it is a cool, low-pressure gas, eventually getting back to the condenser to start its journey all over again. This process continues multiple times until your house gets to the comfort level you want, as set and sensed by your thermostat.