Pneumatic drives have been widely u

Pneumatic drives have been widely used alongside with
electrical machines. They have many distinct advantages
compared to electrical drives, such as simple in structure,
safe in hazard operating conditions and low-cost in
manufacturing. Its major weakness is low energy efficiency
and it is reported that only less than 30% efficiency is
achieved in most cases [1, 2]. With the expansion of the
usage of compressed air and the rapid development of
multi-scale Compressed Air Energy Storage (CAES), the
attention to pneumatic drives increases in recent years, due
to searching for efficient energy conversion devices to
convert compressed air energy to mechanical energy and in
turn electrical energy.

結果 (中文) 1:

气动驱动器有与广泛用于旁边电机。他们有许多突出的优点相对于电气传动，结构简单、 等在危险工况安全和低成本在制造。其主要弱点是，能源效率偏低而且据报，只有少于 30%的效率在大多数情况下，[1，2] 取得。随着扩大使用压缩空气和快速发展多尺度压缩空气能源储存 （CAES）注意到气动驱动器适当增加在最近几年，寻找到有效的能量转换装置在与机械能相互转换压缩空气能源把电能。

結果 (中文) 3:

气动驱动器已被广泛应用在
电机。他们有许多明显的优点
相比电驱动，如结构简单，
危险操作条件和
制造低成本的安全。它的主要缺点是低能源效率
，据悉，只有不到30%的效率
在大多数情况下，[ 1，2 ]。在
扩张压缩空气的使用和
多尺度压缩空气能源储存（CAES）的快速发展，气动驱动增加了近几年
注意，由于
寻找有效的能量转换装置，
将压缩空气能量机械能和电能
转。