Categories: Sharing experience, Electrician at home, Energy saving
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Energy Saving at Home

 


Energy Saving at HomePractical ways of saving electricity in everyday life that do not require large investments and obtained experimentally!

In connection with the constant increase in electricity tariffs, it becomes increasingly important to limit the cost of its payment. There are many ways to do this. The most fashionable ways to save energy in everyday life are those associated with new technologies, quite a lot has been written about them.

However, there are opportunities that do not require large expenditures and special knowledge; they will help you if you follow the elementary rules of energy consumption culture. Consider these features in detail.


Savings when lighting public areas

Usually when considering this issue they suggest installation of motion sensors and energy saving lamps on landings and basements. In this case, the price of the issue, together with the installation costs, can reach several thousand and even tens of thousands of rubles for the entrance.

The easy way is that you bet semiconductor diode (300V, 3A) in the gap of the wire, including lighting in the entrance or basement. All work takes 5 minutes.

The size of the diode is such (for example, 1N5404) that it fits in the switch housing. Its cost does not exceed 3 rubles. The diode passes only one half-wave of the mains voltage. With a decrease in voltage on incandescent lamps, the power consumed by them decreases and their service life sharply increases. The author himself witnessed the service of an incandescent lamp, after such a correction, for 7 years.


Saving energy in the kitchen

If you use an electric kettle, then it is not necessary to fill it to the brim before boiling. Pour as much as you need now. Households will still put it warm up again. And again, you will get additional energy consumption. The power of the kettle is usually 1.5-2 kW. This is a significant contribution to monthly electricity consumption.

If you use an electric stove, then you should know that when choosing dishes that do not correspond to the size of the stove, 5-10 percent of energy is lost, dishes with a curved bottom “steal” up to 40-60 percent. So, the bottom of the dishes should be flat and with a size corresponding to the diameter of the burner.

Remember that the rapid evaporation of water during boiling increases the cooking time by 30 percent. After boiling the liquid, it is necessary to reduce the power supplied to the burner.


Saving energy when washing

Read the instructions for handling household appliances. Not all machines choose the optimal amount of water for incomplete loading. The more water and the higher the washing temperature, the more energy the machine will use. If the load is incomplete, the machine will consume up to 15 percent of energy, with an incorrect washing program up to 30 percent.


Energy-saving lighting in the apartment

Usually in apartments with long corridors and in kitchens, lights are constantly on. In such premises, it is first of all worth replacing incandescent lamps with energy-saving ones. These lamps are warranted for at least one year. During this time, they will fully pay off and even give budget savings. A 14 W lamp roughly corresponds to a 60 W incandescent lamp. Just choose a lamp from a well-known company. For example, the author really likes HITACHI lamps.

The use of light wallpaper and ceilings, transparent light curtains, a moderate amount of furniture and flowers in the room will lead to a significant reduction in power consumption. Never neglect natural light.


Save energy when using the refrigerator

If you buy new household appliances, then choose them category A. These devices, even at the design stage, are being developed as energy-saving.

If we talk about refrigerators, then they should be installed in the most shaded and cool place of the apartment. If you have a two-compressor refrigerator and you are not using one of the refrigeration chambers, turn off its compressor. Usually the automation of the refrigerator allows this.


Saving energy when ironing

Try not to dry the laundry, as ironing it will require a hotter iron and more time to get the desired result. Another “trick” to reduce costs is the use of aluminum foil, which is placed under the fabric covering the ironing board. The foil does not allow thermal energy to dissipate and concentrates it in the smoothed fabric.


Saving energy when cleaning an apartment

When using a vacuum cleaner, often throw garbage out of the container to collect it, rinse or change filters for incoming and outgoing air. Additional aerodynamic drag leads to overheating of the vacuum cleaner motor and a sharp increase in electricity consumption. For example, when filling a dust collection container by 30%, energy consumption increases by 40-50%.



Savings when you turn off the standby mode of consumer electronics

Few people think that the standby mode of household appliances is a hole in your pocket through which YOUR money flows. For example, a TV with a diagonal of 54 cm "eats" in standby mode 9 kW, a music center 8 kW, a video player 4 kW, etc.

Count your household appliances, why do they need standby mode? Is it really that hard to press the on / off button? There is another aspect, they are constantly connected to the mains and in case of an accident you can lose everything. There have been such cases.


Savings when disconnecting cell phone chargers

Of course, the losses from the fact that these devices are constantly plugged into an outlet are not as great as from other household appliances. However, “chargers” are switching power supplies, such devices do not like to work without load. When they are not connected to a cell, player, laptop, etc. such appliances heat up, fail, and can cause a fire!


Computer Internet, etc.

If you do not use a computer, for example, went to work or to study, it is prudent to turn off expensive equipment. This will extend the life of the equipment and reduce the energy consumption of the apartment. In addition, certainly no one can steal your data and operating time in your absence, because the computer will be disconnected.


conclusions

Use these simple tips, and you will save your money, effort and nerves. Surely you can offer more ways to save energy at home. Train your brain and share the results with others. The greatest happiness in life is the happiness of human communication!

See also at i.electricianexp.com:

  • Advantages and disadvantages of energy-saving lamps
  • LED home lights: is it worth using?
  • How to save electricity in an apartment and a private house
  • Ten Frequently Asked Questions About Energy Saving Lamps
  • The real advantages and disadvantages of LED lamps, identified experimentally ...

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    Comments:

    # 1 wrote: | [quote]

     
     

    In general, it is true, although I do not agree about the standby mode - COUNTERS are usually not considered up to 5 W

     
    Comments:

    # 2 wrote: | [quote]

     
     

    For example, a TV with a diagonal of 54 cm "eats" in standby mode 9 kW, a music center 8 kW, a video player 4 kW, etc.

    What kilowatts? You what! Maybe watts? TV and in operating mode do not have 9 kilowatts

     
    Comments:

    # 3 wrote: passerby | [quote]

     
     

    Per month, Vanya)

     
    Comments:

    # 4 wrote: | [quote]

     
     

    The recommendations are good, but with the kW-s, it’s overkill (apparently a typo). Edit to prevent damage to the helpful article.

     
    Comments:

    # 5 wrote: | [quote]

     
     

    Commentators did very poorly in school. Chetverik from the pud are not distinguished.

    The conversation is not about power, but about energy. We do not pay for electric power.

    We pay for consumed electricity, i.e. per kilowatt hours (kWh)

    Energy is measured in joules - J.

    Household electricity is measured in kilowatt hours - kWh

    1 kWh = 3.610 J.  

    I fix the typo:   1 kWh = 3.60 MJ.

     
    Comments:

    # 6 wrote: | [quote]

     
     

    A TV in standby mode consumes about 1 W / h, which corresponds to 24 watts per day and 720 watts for 30 days of continuous operation. Let's say the TV is modern and consumes about 60 watts / h during operation and works for 8 hours a day, then we get that per day the TV consumes 1 * (24-8) = 16 W / h in standby mode and 60 * in the operating mode 8 = 480 W / h and a total of 16 W / h + 480 W / h = 496 W / h per day, which is 14880 W / h per month, or 14.88 kWh per month otherwise.

    Where the figure came from 9 kWh in the article is not clear.

    The data was taken by me from the instructions for my TV set 54 cm diagonal.

     
    Comments:

    # 7 wrote: Nikom | [quote]

     
     

    As for energy-saving lamps in the stairwells and in the entrances through motion sensors, I do not agree - these lamps do not like frequent switching on and will quickly fail. And they are not cheap!

     
    Comments:

    # 8 wrote: | [quote]

     
     

    In the section “Saving energy when cleaning the apartment”, some fantasies are given.
    In reality, pollution of the vacuum cleaner filters leads to overheating of the engine and to a decrease in engine power - not to increase. Electricity consumption is reduced.
    This property is used when comparing vacuum cleaners, “conditionally” is called efficiency and reaches a value for household vacuum cleaners:
    - Modern “over-the-top” products - 15 ... 18%
    - Soviet vacuum cleaner “Standard” - 36%

     
    Comments:

    # 9 wrote: NEDED | [quote]

     
     

    Not to mention the fact that turning off the computer you not only do not extend, but rather reduce the time of its work. 99% of all failures occur when you turn on or turn off the computer.

     
    Comments:

    # 10 wrote: adm404 | [quote]

     
     

    However, “chargers” are switching power supplies, such devices “do not like” to work without load. When they are not connected to a cell, player, laptop, etc. such appliances heat up, fail, and can cause a fire!

    Complete nonsense. Well, what the century before last a charger should be in order to BATTER WITHOUT LOAD? (And they were old transformers in general!) No switching external power supply unit / charger is heated without load. Who doubts, you can safely check. Fortunately, now there are so many various mobile devices with external power supplies.

    If you do not use a computer, for example, went to work or to study, it is prudent to turn off expensive equipment.

    CEP And what a fool, leaving, will leave the computer turned on. Like lighting and any other technique.

    Not to mention the fact that turning off the computer you not only do not extend, but rather reduce the time of its work. 99% of all breakdowns occur when you turn on or turn off the computer.

    This is if you turn it on / off every 5 minutes. And driving on 24/7 is also not useful at all. Everything is done reasonably: you need to-turn on the computer, work; not needed, turned off.

     
    Comments:

    # 11 wrote: MaksimovM | [quote]

     
     

    I would also add here such electrical appliances as a storage water heater (boiler) and an electric heater. The water heater constantly maintains the set water temperature. If the apartment is cool, then the water in the boiler cools faster, and it often turns on to heat up to the set temperature. If I need to go somewhere, or I know for sure that for a considerable period of time I do not need hot water, then I disconnect the boiler from the network. Thanks to this measure, I saved a large amount of electrical energy. The same goes for electric heaters. Before going to bed and all night I turn on the heater installed in the bedroom at full power, and in other rooms I set the thermostat to a lower value. During the day, on the contrary: in the bedroom to a minimum, and in the room where I spend most of the time, I set the thermostat to the required value.While I’m not in the apartment, I turn off the heaters completely or, if it’s cold outside and don’t want to return to a cold apartment, I put all the heaters at a small temperature.
    Mention should be made of a device such as a router (Wi-fi router). Its power consumption is 40 watts. It seems to be a small value, but in a month of continuous operation it eats up to 30 kW. I made a rule for myself, if I do not use the Internet, then I disconnect it from the network. The same can be said about the power supply unit of a television antenna, TV tuner, etc. In total, these devices consume a significant amount of electrical energy.
    By taking the rule to disconnect the above items from the mains when not in use, you can save a significant amount of electrical energy.

     
    Comments:

    # 12 wrote: | [quote]

     
     

    MaksimovM, I agree with you. I will add however.
    1. Since voltage and power are connected by a square, night overheating easily occurs. Therefore, the presence of a regulator is not just desirable, but very.
    2. I tried to calculate the change in heat loss - I got 3% by 1 degree.
    3. The temperature drop in my operating conditions and -25 on the street about 10 for 12 hours with the heating off.
    4. Coming home to turn on the "fast and the furious" at all permissible power, using low-inertia heaters. When the norm is reached, the afterburners can be turned off.
    5. If the floor is <14, no matter what the temperature at the table level is, it’s still cold (.
    6. Tightly closed interior doors help maintain different indoor temperatures. It is also desirable to prevent condensation.
    7. During the heating period, all electrical appliances, and the refrigerator, too, when using only electric heating, are electric heaters. Therefore, they perform their main functions without the cost of electricity, that is - for free.
    8. Storage water heater - non-priority load. At a minimum - turn on the timer. It is advisable to use a power limiter. And it is a pity that they did not think of releasing two-stage modes in temperature.
    9. Do not place heaters on exterior walls.

     
    Comments:

    # 13 wrote: Maksim | [quote]

     
     

    Almost 25% of energy consumption at home goes to lighting. Traditional incandescent bulbs consume about 5.5 times more than LED bulbs to give us the same light. To save energy, you need to use low-energy lamps in the corridors, always make full use of natural light (for example, put large windows), paint the walls in light colors so that the environment is brighter, turn off the lights when you are not in the room (even if you absent for several minutes) and keep all the lights clean.