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Spring Switchgrass Harvest with a New Holland Large Square Baler

机译:春天切换收获用新的荷兰大方形打包机

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A New Holland BB9080 large square baler was used to produce large square bales of switchgrass with 900mm by 1200mm end dimensions. The switchgrass was harvested for seed in the fall and the biomass was left to overwinter on the ground. Bales of two different densities were produced and weighed in order to study the densification capabilities of the baler. Fuel consumption data and GPS data were also collected during bale production. The baler had the capability of producing switchgrass bales that approached 200 kg/m3 at 12.5% (wb) moisture content. Fuel consumption during the baling process varied from one to two liters ofdiesel fuel per Mg of switchgrass baled. The baler was towed at varying speeds in order to feed the baler at a constant rate. Therefore heavier windrows resulted in lower ground speeds. The most significant finding was the dramatic increase in the efficiency of bale production due to increased windrow density and decreased ground speed of the tractor and baler. There was a 31% decrease in fuel consumption in terms ofUMg of switchgrass baled due to decreasing the ground speed from 7.45 km/h to 5.29 km/h.
机译:新款Holland BB9080大型方形打包机用于生产大型平方大包,乘坐1200mm的尺寸为900mm。在秋季的种子中收获干草,将生物质留在地面上。生产和称重两种不同密度的包,以研究打包机的致密化功能。在捆包生产中也收集了燃料消耗数据和GPS数据。打包机的能力产生了在12.5%(WB)水分含量下接近200kg / m3的切换捆。平纹过程中的燃料消耗从一个到每毫克的柴油燃料中的一到两升燃料。打包机以不同的速度拖曳,以便以恒定的速度喂母线。因此,较重的Windrows导致了较低的地面速度。最重要的发现是由于围裙密度增加和拖拉机和打包机的地板速度下降,因此最重要的发现是捆绑生产效率的显着提高。由于从7.45 km / h降低到5.29 km / h,因此由于从7.45 km / h降低而导致的Switchgrass BALED的燃料消耗减少了31%。

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