How Many Watts Does An Electric Stove Have? Check Out The Information Here!

For the past few years, the Indonesian government has urged people to switch from gas stoves to electric stoves. This step aims to reduce the LPG subsidy budget borne by the government.

Electric stoves do have many advantages over gas stoves. In addition to being energy efficient and environmentally friendly, electric stoves are safer, speed up the cooking process, and are easy to clean.

However, one important thing you should pay attention to when switching to an electric stove is its power consumption. The electricity capacity of many households is below 1,300 VA so you can't just buy an electric stove carelessly.

Have you ever wondered how many watts an electric stove has? Check out the information in the discussion below!

How Many Watts Does An Electric Stove Have?

The average electricity consumption of household electric stoves sold in Indonesia is 700-2,000 watts.

There is also a more energy efficient version - usually just a stove - with a power of around 250-450 watts. Of course, all of this depends on the brand and model of the electric stove you have.

The power consumption of electric stoves must be considered for several reasons. First, if you choose a stove with too low power, it is suitable for households with a power capacity of less than 1300VA. However, such a stove will slow down the cooking process.

Second, if you choose a more powerful stove, your food will definitely cook faster. Unfortunately, high-power stoves are not suitable for homes with low power capacity. This can even cause sudden power outages or increased electricity bills.

How to Determine Electric Stove Power

The power requirements of an electric stove can be easily determined by:

1. Check The Product Specifications

You can find the product specifications in the manual or on the box of your electric stove.

In the product specifications, power consumption information in watts is usually listed.

If you have not purchased an electric stove, you can check the power consumption through the product specifications listed in print media. For example, you receive a brochure containing an electric stove model that is being promoted by the business. Such leaflets usually contain important points about the electric stove product, including its specifications.

Baca Juga : Service Kompor Ariston

Alternatively, check the product specifications on the Internet (on the brand's website or at a store that sells electric stoves). For example, you want to buy an IDEALIFE brand electric stove. Just visit the website, enter the name of the stove model you want to buy in the search bar, open the product page you are looking for, and read the product description column.

However, if the product you want to buy does not have a website, check the specifications via Google or review articles on the marketplace that sells the product.

2. Check The Label Or Sign On The Electric Stove

Electric stoves usually have a sticker or embossed writing on the bottom. You can find out the power consumption of your stove in watts just by checking the label and sign.

3. Pay Attention To The Electric Stove Cable

Sometimes the power consumption of an electric stove can be seen on the cable. Read the writing on the stove cable and make sure your hands are not wet to prevent unnecessary risks.

4. Use A Multimeter

If you have a multimeter and know how to use it, you can easily measure power. You simply connect the multimeter to your stove's power source and measure the current flowing through it.

Factors that affect the power of an electric stove

Here are some factors that affect the amount of electricity your stove consumes:

Additional functions such as timers, temperature controls or touch control panels .

The more stoves, the greater the power consumption.

The maximum power of each stove, each stove has its own power limit.

So, do you know how many watts an electric stove has? Do you understand how to determine the power of an electric furnace and the factors that affect the power of an electric furnace? Hopefully this explanation is useful.