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Study on the Reuse of Split Air Condition Wind-Heat

机译:分流空气调速冲击的研究

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摘要

Nowadays, the energy problem is undoubtedly the world's leading problem. The use of air-conditioning in it takes a big part, so reusing of the residual energy is very meaningful, at present, the exhaust heat recovery system in this field is mostly aimed at the large central air-conditioning, merely on the split type air-conditioning. So we have done detailed research on heat and wind energy recycling of the split type air-conditioning. First of all, we chose a direct feedback mode: electricity generation. We adopt the wind turbine power generator and semiconductor thermoelectric power generator, respectively. Secondly we have done a lot of experiments for air conditioning itself, including: test of thermal characteristics of wind and heat in the process of start-up, shutdown, and frequency conversion, separately; test of semiconductor thermoelectric power generator characteristics; Designing multi semiconductors connection mode in a more effective way of connection and the Stabilized voltage rectifier circuit for semiconductor thermoelectric generator. Finally, according the commissioning power generation with this combined device, we summarize its power characteristics, considering its practical feasibility, and further expand the ideas in this field.
机译:如今,能源问题无疑是世界领先的问题。使用空调在它需要一个大部分,因此目前,该领域的排气热回收系统非常有意义,剩余能量非常有意义,该领域的排气热回收系统主要针对大型中央空调,仅仅是在分流式上空调。因此,我们已经详细研究了分流式空调的热量和风能回收研究。首先,我们选择了直接反馈模式:发电。我们分别采用风力涡轮机发电机和半导体热电发电机。其次,我们已经为空调本身做了很多实验,包括:在启动,关机和频率转换过程中,风和热量的热特性测试,分别;半导体热电发电机特性试验;以更有效的连接方式和半导体热电发电机的稳定电压整流电路设计多半导体连接模式。最后,根据该组合设备的调试发电,我们总结了其功率特性,考虑到其实际可行性,并进一步扩展了该领域的想法。

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