Electrical Network Stability and Performances Improvement Using Biomass Energy: Case of Kalale in Benin

Chetangny Patrice Koffi, H. Sossou, Dognon Bénédicte, Oloulade Arouna, Aredjodoun Gbadebo Jacques, Chamagne Didier, Barbier Gérald, Zogbochi Victor, Vianou Antoine
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引用次数: 1

Abstract

The power sector in Benin faces many problems, mainly power instability, low domestic power generation and emission of Carbone dioxide because of the use of fossil energy. The use of renewable energies, including biomass is a possible solution given the availability of this one. We design and built a downdraft gasifier suitable for gasifying the cotton biomass. The gas produced is burned in an internal combustion engine to produce electricity. The electrical network stability is ensure by choosing a very convenient node using Voltage Sensitivity Index method. The produced energy is injected in the network to enhance the capacity of the network and guarantee its optimal function. We made an experiment for a region in Benin and the results show the gasification efficiency of about 85% against gas to electric power efficiency of 35%. The network performances have been increase for 30 % after the suitable node have been chosen.
利用生物质能改善电网稳定性和性能:以贝宁Kalale为例
贝宁的电力部门面临着许多问题,主要是电力不稳定、国内发电量低以及由于使用化石能源而产生的二氧化碳排放。考虑到可再生能源的可用性,使用包括生物质在内的可再生能源是一种可能的解决方案。我们设计并建造了一个适合棉花生物质气化的下吸式气化炉。产生的气体在内燃机中燃烧产生电力。采用电压敏感指数法选择一个方便的节点,保证了电网的稳定性。将产生的能量注入到网络中,以增强网络的容量,保证网络的最优功能。我们在贝宁的一个地区进行了实验,结果表明,气化效率约为85%,而气电转换效率为35%。选择合适的节点后,网络性能提高了30%。
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