As soon as summer arrived, the air conditioner became a survival device, followed by a long bill for electricity, causing many people to call “failure”. A lot of people stare at the remotes and press them, and they're half-aware about the electricity algorithm behind them. It's also an air conditioner. Someone pays more than a hundred a month, and someone has to pay 300 or 400. Where's the difference? Getting to know the air conditioner's temper, not only covers the money bag, but makes you feel better in the heat of summer。
The first thing to tell is whether it's a horse or one or five horses. You're talking about the size of the cooling volume, which directly determines the power base. A flat-frequency air conditioner has a power of about 735 watts (w) and about 1100 watts (w) for five. The fixed-frequency air conditioner is so straight that it stops at the temperature and turns when it's hot, the current is like a roller coaster. Assuming that a flat frequency is installed at home for eight hours a day, the electricity is about 176 degrees a month, at a rate of about 50 cents per hour, which is just 88. The price sounds pro-people. In exchange for a 1:5 flat frequency, 10 hours a day, electricity consumption soars to 330 degrees, and electricity costs so easily rises to 198. It's just a basic algorithm, and real-life electricity prices are not static. The majority of households have a stairwell price, during the summer peak period, and the unit price will float once the total amount of electricity has crossed the first level. Fifty cents and 60 cents of electricity, which suddenly turned into eight cents and even higher, are silent price leverages that will dramatically increase bill numbers。
The emergence of the fm air conditioner was intended to break the "dumb black and white" pattern of the frequency. It knows how to review the timing, and when it's started, it's fully output, and when the temperature drops, it runs low-frequency, maintaining a comfortable state of heat. In theory, this flexible working method is more energy-efficient. Reality tends to be a little bumpy. In order to be cool, many people turn the 24-hour frequency air conditioner around. One-five variant air-conditioning units, even at a lower power consumption of 0. 8 degrees per hour, are open 24 hours a day, amounting to 576 degrees, with a direct electricity cost of $345. This is embarrassing, with technologically advanced frequency transformers, whose use is too long, ultimately billing significantly higher than the frequency machine. The level of energy efficiency is also an invisible pusher that cannot be ignored. The difference between first-level and third-level energy efficiency, although at first-time purchase prices, is even more striking in terms of long-term consumption. The same cooling effect, with a level-i energy efficiency relative to the level-iii energy efficiency savings in electricity, has been sufficient for several years to buy another semi-finished machine. The temperature of the room, setting the temperature, is also in the dark and the speed of the meter。
It is not a matter of using air conditioning, but of making sense. Whether to select a variable frequency or a fixed frequency depends on usage habits; attention is paid to several levels of energy efficiency and long-term planning. Instead of cutting off a few dollars in the heat, it would be better to opt for the energy efficiency grade at the time of purchase and to move the temperature to the gold level of 26 degrees celsius at the time of use. In the final analysis, the use of electricity in air conditioning is a game of technology, habits and wallets. When you read these accounts, the remote control you have is no longer the cause of bill panic, but the intellectual tool to control the cost of living。
