南苏丹农村电气化项目混合微型电网和PBK项目

Mou Riiny
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引用次数: 2

摘要

南苏丹村帮助与IEEE社区解决方案倡议(CSI)和私人捐助者合作,正在努力为南苏丹(非洲最不发达国家之一)的农村电气化创建可持续的商业模式。该试点项目将微型电网光伏系统与便携式电池包(PBKs)相结合,作为向偏远地区供电的一种手段。4.2千瓦的光伏系统将有一个微型电网,连接住在范围内的客户;它还将被用作pbk的充电站,供无法连接到电网的客户使用。最常用于向偏远地区供电的微型电网在容量有限和覆盖范围超过几百米方面确实存在缺陷。由IEEE CSI开发的PBK模式具有便携性强的优点,允许客户在主站为便携式电池充电,并将其带到家中照明,为手机和收音机等小型电子产品充电。然而,单个PBK具有非常有限的电力储备,并且不能提供通常需要为许多电子设备供电的交流电源。该试点的目标是测试使用微型电网和pbk混合模式向世界偏远地区输送电力的有效性、可扩展性和业务可持续性。
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South sudan rural electrification project the hybrid mini-grid & PBK project
Village Help for South Sudan in collaboration with IEEE's Community Solutions Initiative (CSI) and private donors are striving to create a sustainable business model for rural electrification in South Sudan, one of Africa's least developed countries. The pilot project is a combination of Mini-grid PV system with Portable Battery Kits (PBKs) as a means of delivering electricity to remote regions. The 4.2 Kilowatt PV system will have a Mini-grid to connect customers living within range; it will also be used as a charging station for PBKs that are used by customers not able to connect to the grid. The Mini-grid, which is most commonly used to bring electricity to remote areas does have drawbacks in its limited capability and reach beyond a few hundred meters. The PBK model developed by IEEE's CSI has the advantage of its great portability, allowing customers to charge their portable batteries at the main station and take them to light their home and charge small electronics such as cell phones and radios. A single PBK, however, has very limited power reserve and does not deliver any AC Power often required to power many electronics. The goal of this pilot is to test the effectiveness, scalability, and business sustainability of delivering electricity to remote regions of the world using the hybrid model of Mini-grid and PBKs.
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