Controlling moisture in pellet stove fuel is important for several reasons:
Efficient Combustion: Pellet stoves rely on efficient and complete combustion of the fuel to generate heat. Moisture content in the pellets can hinder the combustion process by requiring additional energy to evaporate the moisture before the pellets can burn properly. This can lead to reduced heat output, lower efficiency, and increased fuel consumption.
Heat Output and Performance: Pellet stoves are designed to operate optimally with fuel pellets of a specific moisture content. When the moisture content exceeds the recommended range, the heat output may decrease, resulting in reduced comfort and heating efficiency. Controlling moisture ensures consistent and reliable heat output, maintaining the desired performance of the pellet stove.
Pellet Integrity: Excessive moisture in pellet stove fuel can cause pellets to swell, crumble, or break apart. This compromises their structural integrity, making them more challenging to handle, feed into the stove, and ignite. Maintaining proper moisture levels helps preserve the pellets' shape, density, and durability, ensuring smooth operation and combustion.
Reduced Emissions: Moisture content in pellet stove fuel affects the combustion efficiency, which can result in increased emissions. Incomplete combustion due to high moisture levels can lead to the production of more smoke, particulate matter, and harmful pollutants. Controlling moisture helps minimize emissions, contributing to better air quality and reduced environmental impact.
Storage Stability: Moisture can adversely affect the long-term storage of pellet stove fuel. High moisture content promotes mold, mildew, and fungal growth, leading to pellet degradation, odor, and reduced quality. Proper moisture control during storage helps preserve the integrity and quality of the pellets, ensuring they remain in good condition until use.
To control moisture in pellet stove fuel, it is essential to store the pellets in a dry environment, away from direct exposure to moisture sources, such as humidity, rain, or leaks. Properly sealed storage containers or bins, as well as maintaining suitable indoor humidity levels, can help prevent moisture absorption by the pellets. Additionally, purchasing high-quality pellets from Pellet Stoves Manufacturers who adhere to moisture content standards can further ensure fuel quality and performance.
Height*Width*Depth(mm):960*455*525mm
Nominal heat output at maximum power(kw):8.16kw
Nominal heat output at minimum power(kw):3.95kw
Maximum efficiency(%):85%
CO emissions（ppm）:≤200
Hopper capacity(kgs):18kgs
Fuel consumption at maximum power(kg/h):2
Fuel consumption at minimum power(kg/h):0.8
Operation hours at maximum power(h):8
Operation hours at minimum power(h):20
Room heating capacity(m²):80
Weight(kg):72kg
Flue outlet(mm):80
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