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The power and performance are the criteria to be taken into account in assessing the performance of a fireplace insert or wood stove.
The power of a fire is the amount of calories it will return when burning wood . The power indicated on the chimneys mean minimum and maximum in kW during normal operation.
Power in kW is clean the chimney and otherwise ignores parameters such as the insulation of your home, your region , or type of construction.
Why it is import to perform a thermal study to choose the fireplace that best suits your needs.
The power of a wood burning fireplace will depend on the quantity and quality of wood drying placed in the home and the amount of oxidant that is to say the amount of air available to it to operate in good conditions.
By cons , in the same conditions , if your wood is wet , the power of the stove or fireplace insert can be halved , because wood can burn if it is dry . Part of the power of the unit will be devoted to the drying of logs before returning calories for heating , regardless of condensation problems that can cause this configuration . It is useless to choose a stove or fireplace insert overkill to ensure maximum comfort and efficiency. You will waste energy unnecessarily . The power should be commensurate with the size of the space to be heated.
The yield is the level of performance of each fireplace, insert or stove or gas . This is what determines heat loss more or less important depending on the model of fireplace. The higher the rate , the lower the losses are large . If you want to install a chimney for a main heating unit prefer a high efficiency. Chimneys in fireplace inserts and wood are much more powerful than the open fireplaces . The yield is higher for a range of at least 10 hours.
It is obvious that the performance depends on many parameters such as drawing , fuel quality or the flue . The ideal efficiency is 70 %.
The power of a fire is the amount of calories it will return when burning wood . The power indicated on the chimneys mean minimum and maximum in kW during normal operation.
Power in kW is clean the chimney and otherwise ignores parameters such as the insulation of your home, your region , or type of construction.
Why it is import to perform a thermal study to choose the fireplace that best suits your needs.
The power of a wood burning fireplace will depend on the quantity and quality of wood drying placed in the home and the amount of oxidant that is to say the amount of air available to it to operate in good conditions.
By cons , in the same conditions , if your wood is wet , the power of the stove or fireplace insert can be halved , because wood can burn if it is dry . Part of the power of the unit will be devoted to the drying of logs before returning calories for heating , regardless of condensation problems that can cause this configuration . It is useless to choose a stove or fireplace insert overkill to ensure maximum comfort and efficiency. You will waste energy unnecessarily . The power should be commensurate with the size of the space to be heated.
The yield is the level of performance of each fireplace, insert or stove or gas . This is what determines heat loss more or less important depending on the model of fireplace. The higher the rate , the lower the losses are large . If you want to install a chimney for a main heating unit prefer a high efficiency. Chimneys in fireplace inserts and wood are much more powerful than the open fireplaces . The yield is higher for a range of at least 10 hours.
It is obvious that the performance depends on many parameters such as drawing , fuel quality or the flue . The ideal efficiency is 70 %.
Power fireplaces, inserts power, power stoves
