CAJ | 학술논문

基于传统烘房存在耗能大、污染、自动化程度不高、劳动强度大，烘干品质相对低等缺点，重新设计一种新型烘房，该烘房以生物质为热源，即降低成本，又能减少田间秸秆乱焚等环境污染问题；热风的循环利用，一定程度上又降低干制成本。利用PLC系统控制，自动化程度高，降低劳动强度，并且能够实现温湿度的精确控制，通过控制风机的正反转，实现烘房内温湿度的均匀分布，提高产品烘干品质。
기우전통홍방존재모능대、오염、자동화정도불고、노동강도대，홍간품질상대저등결점，중신설계일충신형홍방，해홍방이생물질위열원，즉강저성본，우능감소전간갈간란분등배경오염문제；열풍적순배이용，일정정도상우강저간제성본。이용PLC계통공제，자동화정도고，강저노동강도，병차능구실현온습도적정학공제，통과공제풍궤적정반전，실현홍방내온습도적균균분포，제고산품홍간품질。
Due to the existence of the traditional drying room energy consumption, pollution, high degree of automation, labor-intensive, relatively low drying quality shortcomings, this paper re-designed a new drying room, the drying room use biomass as a heat source, which can reduces the drying costs and reduce the field burning of straw chaos, which helps protect the environment; Recycling the hot air, which also helps to reduce costs. Use PLC control system , can improve the degree of automation Oven, can reduce labor intensity and also can achieve precise control of temperature and humidity. By controlling the reversible fan, a uniform distribution of temperature and humidity within the drying room can be achieved , which can improve the quality of product.