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Fuel Consumption In Forwarders

机译:转发器中的燃料消耗

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Forwarder fuel consumption was studied by examining a total of 27 forwarders under field conditions. Three datasets, representing different data acquisition methods, were used. In a field study, time and fuel consumption by work-element of two 20-21 tonne forwarders in final felling were recorded. In a questionnaire survey, daily data concerning fuel consumption, productivity and average extraction distance was provided on 18 forwarders, divided between final felling and thinning. Finally, accounting data on fuel consumption for 11 forwarders were obtained. In the field study, the fuel consumption varied between 8.3 to 15.7 l/PMH (productive machine hour) for different work elements. The total fuel consumption was 0.28-0.36 l/m3sub (solid under bark) at average extraction distances on 360-412 m for loads of sawlogs and 0.43-0.66 l/m3sub (458-514 m) for loads of pulpwood. 61-62% of that fuel was consumed during loading and driving during loading. The forwarders consumed 0.23-0.38 l/100 m driving and the difference was only 10% with and without load. In the questionnaire survey, the fuel consumption averaged 0.62 l/m3sub (sawlogs and pulpwood, 318 m average extraction distance) for final felling (16-20 tonne forwarders) and 0.92 l/m3sub (644 m) for thinning (11-14 tonnes). An exception was 2.5 tonne forwarders that consumed only 0.35-0.37 l/m3sub (120-180 m). 89% of the extracted volume in the accounting data was from thinnings and the fuel consumption was in average 0.67 l/m3sub (100-200 m) for 9 to11 tonne forwarders. More difficult terrain conditions, the use of tracks and wheel-chains and one more assortment in the questionnaire survey are the most probable reasons for higher fuel consumption than in the field study. At long extraction distances it is especially important to utilize the maximum load capacity to benefit low fuel consumption on m3 basis.
机译:通过在现场条件下检查总共27个转发器来研究转发器燃料消耗。使用三个数据集,表示不同的数据采集方法。记录了在最终砍伐中的两个2​​0-21吨原代的工作元件的时间和燃料消耗。在调查问卷调查中,在18台转发器上提供了燃油消耗,生产率和平均提取距离的日常数据,在最终砍伐和变薄之间分开。最后,获得了11名货运代表燃料消耗的会计数据。在现场研究中,不同工作元件的燃料消耗在8.3至15.7 L / PMH(生产机器小时)之间变化。平均燃料消耗量为0.28-0.36L / m3载(树皮下固体),平均提取距离为360-412米,用于锯齿的负载和0.43-0.66 L / M3SUB(458-514米),用于纸浆的负载。 61-62%的燃料在装载期间在装载和驾驶期间消耗。使用0.23-0.38 L / 100米的货运,差异仅为10%,无负载。在调查问卷调查中,最终砍伐的燃料消耗平均为0.62升/ m3sub(Sawlogs和Pulpwood,318米平均提取距离)和0.92升/ m3sub(644米)的稀疏(11-14吨)。例外是2.5吨代货运,仅消耗0.35-0.37 L / M3SUB(120-180米)。会计数据中的89%的提取量来自薄薄,燃料消耗平均为0.67L / m3符(100-200米),可为9至11吨的原料。更困难的地形条件,轨道和轮链的使用以及调查问卷调查中的一个种类较高的原因是燃料消耗较高的原因,而不是实地研究。在长时间的提取距离,利用最大负载能力在M3的基础上利用最大燃料消耗尤为重要。

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