Off Peak Electric Heating

When electric demand and market electricity prices are high an off peak device in the home automatically switches from an electric source to a backup source such as propane or fuel oil.

Off peak electric heating.

Air source heat pumps do not have to be a part of an off peak heating system to be eligible for this rebate. What is off peak electric heat. During times of peak demand for electricity the electric heating system is turned off by a ripple receiver and an alternate heating system keeps your home warm. When roseau electric cooperative s system reaches a high demand peaking condition the electric heat is automatically turned off and an alternate heating source such as fuel oil or propane is activated by a ripple receiver to keep your home warm.

An off peak electric heating system consists of an electric heat source as its main component and a supplemental heating source that will typically operate 100 300 hours per year during times of peak electrical demand in the region. If you have relatively expensive electric storage heaters for example they can come on and heat up during the off peak hours and then release that heat without being turned on during the peak hours. Let s take a look at the cost of propane heating compared to electric off peak heating. Electric heating rebate requirements.

Off peak is a term used to identify a heating system that uses electricity as its primary heat source. Electric heating must be on off peak with a qualified backup heating system. In exchange participating members receive discounted off peak rates which are competitive with fuel oil and propane. With wh s energy saving dual fuel program the electric rate is 4 9 cents per kwh bringing the cost of electric off peak heating to the equivalent of propane at 1 32 per gallon.

An off peak heating system uses safe clean efficient electric heat as the primary means of heating your home. The answer to this is simple. Must be at least 240 volts and hardwired. Steffes ets systems convert this off peak electricity to heat and store it in heating elements contained within high density ceramic bricks.

The answer is yes.