HOW MANY KVA REGULATORS ARE NEEDED FOR A HOUSE?

Like most electronic appliances, a regulator is used for devices in our homes. The regulator, which is often used in electrical appliances, is an important element included in most devices. Regulators serve to use electronic devices more efficiently and prevent systems from being damaged because of voltage imbalances that may occur. When it comes to the regulator, the question “How many kva regulators are needed for the house?"  is also one of the frequently asked questions. We will also share the answer to this question with you.

WHAT IS A REGULATOR?

Firstly, let's start with an important frequently asked question: “What is a regulator?” A regulator is the name given to devices that provide voltage regulation in low-voltage systems in situations of imbalance, such as when energy comes. The regulator regulating the imbalances in the mains voltage prevents the efficiency from falling and ensures the operation of our devices without any problems. For this reason, regulators are considered to be one of the most important elements when it comes to electrical appliances.

Regulator, frequency, power, speed, pressure, voltage, and current to keep a certain level of physical magnitudes, such as constant, as well as electronic protection system in electromechanical voltage setting the output voltage rise and fall through the outside of the cut prevents any damage that may occur. Due to this feature, the use of regulators is resorted to in networks such as computers, fax machines, laboratory devices, homes, and lighting systems. Regulators without overvoltage protection are not recommended for use at overvoltage.

HOW MANY KVA REGULATORS ARE NEEDED FOR A HOUSE?

In rural areas, the voltage can drop below 150 volts, so regulators with lower kva’s can be used in these places than in settlements such as the city center. If there is an energy in your house that does not fall below 150 volts, a 10kva regulator will be enough for a house where there are standard electronic goods (television, computer, etc.). In addition, 7.5kva and 10kva regulators are the same in size, and a 7.5kva regulator can be used for a house with fewer electronic goods. Since the kva value will be determined according to the electronic devices used, only a 5kva regulator will be sufficient for television and lighting. But, if there are other electronic items in the house, such as a dishwasher, then a regulator with a larger capacity should be used. The most ideal regulator for a house with a geyser with an electric boiler is a 15kva regulator.

WHAT ARE THE DIFFERENCES BETWEEN THE STATIC REGULATOR AND THE SERVO REGULATOR?

The difference between the two regulators is that, in general, the static regulator is lighter, has a faster voltage regulation, has no moving parts in it. In addition, the servo regulator is more affordable than the static regulator, has a wider range of uses because it has been tried in all fields and is considered ideal for home use.

HOW DOES THE STATIC REGULATOR WORK?

The regulator usually works by connecting in series to transformers or precision-built variable auto-transformer systems. These devices, acting as boosters, adjust the voltage compensation. The regulator consists mainly of a finder element, a servo motor, and has complex and simple types. In a short circuit that occurs on the load side, the regulators ensure that the large currents that occur go away.