Finding The Best Inverter Split System Air Conditioner For Your Exploration
Bunrt Smith Mar 31, 2023 10:00 AM
You can find a lot of useful information and guides for hiking, camping, skiing, climbing, and mountain biking with the best products that you can find on the market now. We all know that no single item is perfect for every person or activity, so we always try to point out some important considerations of each product in our “buying advice” section. Let check it out right below in this article to find out best inverter split system air conditioner for you.
Foreword
A split system air conditioner is a cooling appliance that consists of two parts: an indoor section and an outdoor section. The indoor unit contains the compressor, condenser, and evaporator. The outdoor unit has the fan, coils, and compressor.
The indoor section of the split system air conditioner is typically installed in a house or building's attic. It cools down the area by removing heat from inside the building with its evaporator coil and transferring it to the outside with its condenser coil. Then it cools down again with its evaporator coil before sending it back into the building through ductwork.
The outdoor unit usually sits on top of a roof or on another level of a house or building and is connected to the indoor section by refrigerant lines (usually copper).
Last update on 2023-03-31 / Affiliate links / Images, Product Titles, and Product Highlights from Amazon Product Advertising API
Important Point
EER (Energy Efficiency Ratio) = BTU/W
CSPF = CSTL(Cooling Seasonal Total Load)/CSTE Cooling Seasonal Energy Consumption
You should pay greater attention to these two symptoms because they will impact the air conditioner's overall quality. BTU shouldn't be taken into too much account. Even though all models may have the same BTU, the ERR index may differ, making this a nearly essential factor to take into account when purchasing an air conditioner.
While CSPF is applicable to inverter air conditioners, EER is solely applicable to conventional air conditioners.
With rising EER and CSPF values, the air conditioner becomes more efficient.
BTU
BTUs are the units used to measure the amount of energy required to elevate a pond of water by 1 degree F (British thermal units). That is used to describe the capacity of heaters, ovens, and air conditioners as well as the calorific value of the fuel. BTU evaluates cooling capacity rather than power consumption (W). 1 BTU ~ 0.293 kW.
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A table of air conditioner capacity selections based on room size |
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Room area |
Household |
Dormitory room |
|
Less than 15m2 |
9,000BTU |
12,000BTU |
|
From 15m2 to 20m2 |
12,000BTU |
18,000BTU |
|
From 20m2 to 30m2 |
18,000BTU |
24,000BTU |
|
From 30m2 to 40m2 |
24,000BTU |
28,000BTU |
|
From 40m2 to 45m2 |
28,000BTU |
30,000BTU |
|
From 45m2 to 50m2 |
30,000BTU |
36,000BTU |
|
From 50m2 to 55m2 |
36,000BTU |
42,000BTU |
|
From 55m2 to 60m2 |
42,000BTU |
48,000BTU |
|
From 60m2 to 70m2 |
48,000BTU |
60,000BTU |
HP (horse power)
The air conditioner's operational capacity is expressed in HP, which is roughly comparable to 9000 BTU. Standard 1 HP = 746 W. The air conditioner thus consumes 0.746 kW per hour, or 1 kW every 4,827 hours. The size of the room increases with increasing HP.
|
Wattage |
Family |
Café/Restaurant |
Hotel |
Office |
|
1HP |
45m3 |
30m3 |
35m3 |
45m3 |
|
1.5HP |
60m3 |
45m3 |
55m3 |
60m3 |
|
2HP |
80m3 |
60m3 |
70m3 |
80m3 |
|
2.5HP |
120m3 |
80m3 |
100m3 |
120m3 |
