To reduce your energy consumption, apart from changing certain household equipment, you can do this by modifying only a few of your routines. For that, here are some tips to help you.
1. Unplug Appliances:
This is especially dedicated when you go on vacation to prevent ghost charges.
- Turn off your electrical devices: television, computer, amplifier or others, these devices consume power continuously even if they are in standby mode.
- Do not leave leaky faucets and pipes, and reduce the duration of your showers.
- Check that the temperature of the hot water tank remains at 60 ° C to prevent the formation of scale and bacteria.
- Use your dishwasher wisely, start it only when it is full.
- Decrease the temperature of your heating by one degree Celsius, and you can see the incredible savings (5 to 7% on heating costs).
There is a good trick but by practicing those mentioned above.
2. Soundproofing of Electricity Meters
3. The Major Causes of Electrical Overheating
In general, the major causes of overheating in an installation are:
- Electrical overload: it occurs when the electrical circuit is overloaded by too many electrical devices at the same time. Thus, extension cords and power strips supporting four or even eight devices at a time are also sources of overload. This overload results in the internal heating of the electric circuit by going as far as the collapse of the plastics in contact.
- Electric arcs: they occur when the insulating sheath of electrical wires is damaged. Old connections or poorly maintained and neglected electrical connections are also the origin of arcing. It only takes a second to an electric arc to ignite a cable.
- The short circuit: it generates a very rapid electric overheating, and causes an increase in the intensity of the current that it can cause the destruction of the conductors by the explosion. If unfortunately, flammable material is around, a beginning of fire can be caused.
4. How to Fight Against Electric Overheating
So far the use of current flow is the most common method to be protected from electrical overheating. The para-tensor is installed in the main entrance to protect all electrical systems in your home by stopping the surge, so overheating.
Even at an existing electrical input, you can add a para-on-tensor. When replacing an electrical panel, it is also possible to benefit from a pre-integrated para-tensor to avoid any dangerous failure of your electrical system.
But apart from this sensor, other technologies may be necessary to combat overloads and other risks related to electrical fixtures such as the differential switch, a circuit breaker extension, the arc detector, the circuit breaker. And for more information, do not hesitate to contact your supplier to inquire and to know the best-known recommendations.
5. Recommendations Against Electric Overheating
To protect yourself from electrical accidents, it is important to have healthy and well-maintained electrical installations. So, call an expert and certified having good habits of using your electric current to perform a regular check of your installation or hire a professional north shore electrician. Here are the recommendations for this:
- Perform control of your electrical system by an emeritus
- Avoid using many extensions and crowded power strips.
- Direct repair of a defective device by specialists
- Regularly cleaning the outlets of appliances containing them
- Avoid putting an extension cord under the carpet
- Never use an extension cord to power large appliances and never paint or stain with other products electrical installations
- The electrical panel door must be kept closed to prevent dust and moisture from damaging the electrical contacts.
- Avoid the use of extension cords wound on themselves because they release heat within the winding and subsequently create electrical overheating
6. Why Install an Electric Furnace?
Compared to other furnaces (oil, propane or gas), the cost of installing an electric furnace is the lowest. In addition, for your small savings, know that after natural gas, electricity is considered, today, the most economical way to heat.