16 seer ac will save how much electricity?

Eveline Rippin asked a question: 16 seer ac will save how much electricity?
Asked By: Eveline Rippin
Date created: Sat, Apr 10, 2021 6:45 PM
Date updated: Mon, Oct 3, 2022 2:32 AM


Top best answers to the question «16 seer ac will save how much electricity»

  • While 16-SEER ACs have a higher upfront cost, they can save you up to 37% per year in energy costs. 16-SEER AC systems are more efficient than 14-SEER systems because they have two-stage technology. Two-stage ACs have two levels of operation: low and high, unlike 14-SEER ACs which are single-stage and can only use one setting.

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A typical example would include comparing a 3 ton, 8 SEER air conditioner to a new 3 ton, 16 SEER unit. Assuming the electricity cost to be $0.14 per kilowatt hour and the AC runs 2100 hours per season you would save $661 per year. The 20 year savings would be $13,240! It will only take a few minutes to determine your actual savings.

The first thing to know is that a 16 SEER unit uses about 13 percent less energy than a 14 SEER unit. In layman’s terms, for every $100 you spend with a 14 SEER unit, you would only spend about $87 with a 16 SEER unit. However, calculating your savings depends on the size of your unit and how much cooling you do each year.

SEER stands for ‘Seasonal Energy Efficiency Ratio‘; this is the key metric to determine how much electricity our AC unit will draw. A large number of AC units have either 14 SEER or 16 SEER. When figuring out which unit to buy – 16 SEER vs. 14 SEER air conditioner – the answer (seems to be) very simple.

We can calculate how much more energy-energy efficiency a 16 SEER unit is than a 14 SEER unit. We can calculate 16/14 = 1.143; 16 SEER is 14.3% more efficient than 14 SEER unit. Let’s say we have a 12,000 BTU device. By using the SEER cost calculator above, we can see that:

A typical rate would be around $0.12 per kilowatt so using that number, you can come up with your savings amount. 675 multiplied by 0.12 comes out to 81. You will save 81 dollars per year when using a 16 SEER air conditioning unit instead of a 14 SEER one.

The Department of Energy defines SEER as the total cooling in BTU’s divided by the watts consumed. A higher SEER indicates a more energy efficient system. Until 1979 the average central home air conditioning system had a SEER of 6.0. In the ’90’s a minimum standard of 10.0 was set. New, even higher standards, are being debated now. As you might expect, an air conditioner with a higher SEER will cost more. The DOE estimates that a unit with a SEER of 13.0 will cost about 15% more than ...

Now to get the estimated annual energy savings, you just multiply by the rate your utility company charges. The average electricity rate in the Phoenix area is around 12 cents per kWh. So a 3-ton, 16-SEER unit in Phoenix saves you about $81/year (675 x $0.12) in electricity costs over a 14-SEER unit. So, is a 16-SEER air conditioner worth it?

It then compares this data with that of a higher efficiency air conditioner to determine how much an AC with that SEER rating could save you annually in cooling costs. The air conditioner energy calculator also displays your projected cumulative savings over a five year, ten year and a 15 year period. In most cases, the potential savings are pretty amazing! What is SEER? SEER is the rating system representing the energy efficiency of air conditioners and heat pumps. It stands for Seasonal ...

For every $100 you’d spend to cool your home with a 14 SEER A/C, you’d only pay roughly $86 with a 16 SEER A/C. Now think about how much you run your air conditioner and how high your energy bills typically get. Over several years, a more efficient unit can save you several hundreds of dollars or even more. 14 SEER Vs. 16 SEER Cost

Higher SEER rated AC units can save you $1,000s over the next 10-20 years in electricity bill savings. To see exactly much you can save by choosing an air conditioner with a higher SEER (above the federally mandated minimum of 14 SEER), you can use the SEER savings calculator below. First, however, let’s look at one example:

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