Solar power for maternal and neonatal care after the Jajarkot earthquake, Nepal.

IF 6.9 2区 医学 Q1 PUBLIC, ENVIRONMENTAL & OCCUPATIONAL HEALTH
Bulletin of the World Health Organization Pub Date : 2026-07-01 Epub Date: 2026-04-29 DOI:10.2471/BLT.25.294930
Samriddha Rana, Rabin Khadka, Bhoj Raj Bam, Prahlad Dahal, Saugat Pratap Kc, Allison Gocotano
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引用次数: 0

Abstract

Problem: A 6.4-magnitude earthquake struck Jajarkot district in Karnali province, Nepal, on 3 November 2023, disrupting electricity supply at essential birthing centres and health posts. The loss of power disabled baby warmers and heating systems, putting mothers and babies at risk.

Approach: The World Health Organization (WHO) Country Office in Nepal conducted rapid facility assessments across eight municipalities and identified three priority birthing centres with critical power deficits. In partnership with the health ministry and local authorities, WHO identified local vendors to install hybrid 5.45 kW photovoltaic systems within 17 days of contract initiation to ensure continuous, off-grid power supply.

Local setting: The three facilities, serving over 7500 people, are located in steep, mountainous terrain. One of the facilities had no grid connection and the two others relied on unreliable seasonal hydropower, which fails during the winter dry season.

Relevant changes: By the end of December 2023, the hybrid photovoltaic systems were operational, providing 24-hour electricity supply. Baby warmers and room heaters were in continuous use, reducing newborn hypothermia risk. Institutional deliveries increased: Pajaru Kha Health Post recorded five deliveries in two weeks following installation compared with none during the preceding winter period (October-December 2023).

Lessons learnt: The installation was facilitated by rapid assessment, early engagement of pre-identified local vendors, and use of existing supply chains and technical capacity. Strong coordination among WHO, the health ministry and local governments enabled timely decision-making. Prior health cluster coordination training, clear governance mechanisms, streamlined approvals and access to emergency funding helped maintain momentum and ensure on-schedule procurement and installation.

尼泊尔Jajarkot地震后,为产妇和新生儿提供太阳能护理。
问题:2023年11月3日,尼泊尔卡纳利省Jajarkot地区发生6.4级地震,导致主要分娩中心和卫生站的电力供应中断。停电使婴儿加热器和加热系统瘫痪,使母亲和婴儿处于危险之中。方法:世界卫生组织(世卫组织)尼泊尔国家办事处在八个城市进行了快速设施评估,并确定了三个电力严重不足的优先分娩中心。世卫组织与卫生部和地方当局合作,确定了在合同启动后17天内安装5.45千瓦混合光伏系统的当地供应商,以确保持续的离网供电。当地环境:这三个设施位于陡峭的山区,为7500多人提供服务。其中一个设施没有电网连接,另外两个设施依靠不可靠的季节性水力发电,在冬季旱季会停电。相关变化:到2023年12月底,混合光伏系统开始运行,提供24小时供电。婴儿加热器和房间加热器持续使用,降低了新生儿体温过低的风险。机构分娩增加:Pajaru Kha卫生站在安装后的两周内记录了5次分娩,而上一个冬季期间(2023年10月至12月)没有分娩。经验教训:通过快速评估,预先确定的当地供应商的早期参与,以及利用现有的供应链和技术能力,促进了安装。世卫组织、卫生部和地方政府之间的强有力协调使决策能够及时作出。先前的卫生群组协调培训、明确的治理机制、简化的审批程序和获得紧急资金的机会有助于保持势头,并确保按时进行采购和安装。
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来源期刊
Bulletin of the World Health Organization
Bulletin of the World Health Organization 医学-公共卫生、环境卫生与职业卫生
CiteScore
11.50
自引率
0.90%
发文量
317
审稿时长
3 months
期刊介绍: The Bulletin of the World Health Organization Journal Overview: Leading public health journal Peer-reviewed monthly journal Special focus on developing countries Global scope and authority Top public and environmental health journal Impact factor of 6.818 (2018), according to Web of Science ranking Audience: Essential reading for public health decision-makers and researchers Provides blend of research, well-informed opinion, and news
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