摘要
铅酸蓄电池仍是野外采集系统电力供应的主要来源,但在野外项目运行中经常会遇到由于其续航时间短,蓄电池每日更换量很大、工作任务繁重等问题,这对生产效率和项目运作成本有较大影响。因此,本文通过对锂电池特性的介绍,并针对现今陆地地震勘探技术发展要求的大道数(10 000道以上)、高密度、高精度勘探需求,提出了用锂电池与太阳能电源系统的解决方案,以求用新型的蓄电池电源替代部分铅酸蓄电池。
The lead-acid battery is the main source of power supply for field data acquisition system. Due to the battery life is short, problems o{ten be encountered such as the battery changed daily in large quantities, heavy workload and other issues, have a great influence on the production efficiency and the project cost. Through analyzing the characteristics of lead-acid battery and lithium battery, this paper lists some operation and maintenance matters nee- ding attention for adopting lead-acid battery, and then put forward the LI-ION solar power system solution for meet- ing the nowadays land seismic exploration requirements with the huge number channels （more than 10 000）, high density and high precision exploration.
出处
《物探装备》
2013年第2期111-116,共6页
Equipment for Geophysical Prospecting
关键词
锂电池
太阳能电池
电池特性
排列供电系统
lithium battery
solar battery
battery characteristic
power supply system
