Old weather version

The reason why high temperature weather will have an impact on household appliances is because household appliances will also generate heat during operation. However, in hot weather, these household appliances cannot effectively dissipate heat. As we all know, there will be many problems when electrical appliances work in high temperature environment for a long time, such as shortened service life, short circuit and fire.

How to avoid the influence of high temperature weather on electrical appliances?

Summer is the peak period of electricity consumption. Too high or too low voltage and frequent power failure will damage household appliances, especially refrigerators and microwave ovens. You'd better check the wires and pipes of all electrical appliances one by one, and replace the old or worn wires and sockets in time to avoid potential safety hazards. In summer, electrical appliances should be placed in a well-ventilated, direct sunlight or cool place. If electrical equipment is to be used for a certain period of time, it is necessary to provide adequate rest and try to avoid continuous use for a long time. Do not place flammable materials near electrical equipment. When the house is unoccupied for several days, turn off the electrical appliances or power supply. After the instrument is turned off, the plug must be unplugged to minimize the number of active devices to prevent the instrument from continuing to work.

Why old household appliances are most prone to problems in hot weather.

Due to the long-term damage of old household appliances, there are not only hidden dangers of electric leakage and electric shock, but also serious shortcomings such as high energy consumption, loud noise and low work efficiency. Example: The aging of the internal circuit of old TV sets will accumulate a lot of dust, which will easily short-circuit the TV sets and lead to the explosion and fire of the TV sets.

Why do electrical appliances catch fire easily in hot weather?

In hot weather, household electricity consumption will increase sharply. At this time, the current-carrying current of the circuit will be very large, which will easily lead to short circuit and fire. When the temperature rises, the wires are prone to aging, and the insulation layer falls off, resulting in water flowing out. There are many thunderstorms in summer, which are easy to cause large current and short circuit. The arc sparks caused by improper temperature or short circuit of ordinary wires will cause the surrounding electrical equipment to catch fire.