How much will an electric fireplace raise my electric bill

    When compared with wood-burning and gas fireplaces, the electrical version is usually much simpler and cheaper to set up, it's environmentally friendly and it is also a cost-effective method to provide supplemental heating in your house.

    Many electric hearth inserts and stoves can warm up to 400 square ft, with a few infrared models warming up to at least 1,000 square ft. In the event that your loved ones spends most time in a single part of the house, such as the family room or family area, if could make sense to include supplemental or zone heating to individuals areas rather of having to pay to heat the whole house.

So, Just how much will an electric fireplace raise my electric bill?

The price, obviously, is determined by the utility rates in your town, the kind of electric hearth or stove that you will get and, obviously, your personal energy usage.

Here's rapid answer:Based on ElectricFireplacesDirect.com, despite the fact that electric fireplaces produce less heat per unit, virtually no heat sheds in the chimney-making the heat they do produce, more functional and efficient. I understand, I understand, that's a variety, but stick to me here.

Another thing to think about is always that you are able to operate an electrical model with flames only (no heat) when you don't need additional heat but only desire to enjoy flickering flames. Operating costs in no-heat mode finish up running 1-2 cents each hour?because of the energy-efficient Brought lights.This is a simple way to determine the mathematics:Let's take, for instance, the Vital electric hearth insert, which operates at 1500 watts and produces 5,112 BTUs. (This really is fairly standard, since many units are made to only use about 1,500 watts and set out 5,000 BTUs.) 

It may warm up to 400 square ft (units with hight BTUs typically heat more space but probably are more expensive to operate).We all know the watts=1,500. When we intend to make use of the electric hearth 5 hrs each day, we multiply 1,500 x 5.Next we have to check our electricity bill to determine the kWh rate that we're billed locally. 

                                                   Edited by lynn