...
首页> 外文期刊>Current Journal of Applied Science and Technology >Sustainable Emergency Light for Scarcely Electrified Area of India
【24h】

Sustainable Emergency Light for Scarcely Electrified Area of India

机译:可持续的紧急灯,即印度几乎通电区域

获取原文
   

获取外文期刊封面封底 >>

       

摘要

About 200 million people of India are deprived of grid based power supply, prominently in inaccessible hilly and rural hamlets of the country. Present research is an attempt to design, install, operate use, and maintain the hand on set of light source to address the unserved populations dwelling in electricity inaccessible areas in India. The approach is designing and developing a low cost sustainable or solar emergency light through, “Solar Home Lighting Systems” or “Sustainable Emergency Light” technology, which is one of the smart and innovative approaches of illuminating sources by harnessing solar energy to light the darkened places. The attractive daily usable gadget with surged luminous efficiency, durability, extended life, ecofriendly, compact, and efficient to work at both small values of current and voltages and they are growing acceptance. The safe and non-ignition start, is the uniqueness over conventional emergency light, and solar energy founded. The stand-alone device with mobile charging port with luminosity of 150 Lux can be used in lighting the escape routes, open areas and high risk areas. Under the crisis of pandemic of Covid-19 virus, the portable solar lights is? safe and riskless light source for the economic backward classes, and can provide the children and students for online undisrupted? study up to about 8 to 10 hours at low cost in remote areas.
机译:约2亿人口印度被剥夺了基于网格的电力供应,突出了丘陵难以进入的丘陵和农村村庄。目前的研究是尝试设计,安装,运营和维护一套光源,以解决印度电力难以接近的地区居住的人口。该方法正在设计和开发低成本可持续或太阳能应急光,“太阳能家庭照明系统”或“可持续的紧急光线”技术,是通过利用太阳能来照亮变暗的光源的智能和创新方法之一地方。有吸引力的每日可用小工具,具有浪涌的发光效率,耐用性,延长寿命,经验丰富,紧凑,高效,在较小的电流和电压的情况下工作,它们越来越高。安全和非点火开始,是传统紧急灯和太阳能的唯一性。具有150勒克斯光度的移动充电口的独立设备可用于照明逃生路线,开放区域和高风险区域。根据Covid-19病毒大流行的危机,便携式太阳能灯是?安全和无风险的光源为经济落后课程,可以为儿童和学生提供在线上没有破坏?在偏远地区的低成本下高达约8至10小时。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号