ANALISIS PENGARUH PEMBERIAN PENGATUR TEGANGAN BLOWER PADA KOMPOR TERHADAP EFISIENSI PEMBAKARAN

Danang Harimurti, S. Harsono
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Abstract

A biomass stove is one of the alternative tools made from bio pellet as a substitute for LPG gas stove (Liquefied Petroleum Gas). Biomass stoves are currently less known by the public due to their traditional use and lack of socialization of biomass fuels. Starting from the problem, biomass stoves currently need further development in order to be used in daily life. Therefore, it is necessary to develop the biomass stove by adding a 12-volt lithium-ion battery as the main power source and a circuit dimmer as a fan speed regulator. The treatment variable in this study is to provide variations in fan speed. Variations used are low, medium, and high fan speeds. The main fuel of the biomass stove is a wood grain bio pellet with the weight of each bio pellet used per treatment as much as 300 grams. The method used in this study used a one-way ANOVA that produced a difference in variation had no real differences and had a noticeable effect on the rate of combustion, the temperature of the fire, and the length of time the water was boiled.
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分析吹风机对燃烧效率的影响
生物质炉是由生物颗粒制成的替代液化石油气(LPG)燃气炉的替代工具之一。由于生物质燃料的传统使用和缺乏社会化,目前公众对生物质炉的了解较少。从问题出发,目前生物质炉具还需要进一步发展,才能在日常生活中得到应用。因此,有必要通过增加12伏锂离子电池作为主电源和电路调光器作为风扇调速器来开发生物质炉。本研究中的处理变量是提供风扇转速的变化。使用的变化是低,中,高风扇速度。生物质炉的主要燃料是木质生物颗粒,每次处理使用的每个生物颗粒的重量高达300克。本研究中使用的方法使用了单向方差分析,产生的变化差异没有真正的差异,并且对燃烧速度,火的温度和水煮沸的时间长度有明显的影响。
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