低排放发展路径中生物质增值对可再生能源发电的贡献:政策回顾

Trust Nhubu, M. Belaid, E. Muzenda
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引用次数: 0

摘要

津巴布韦未开发或未充分利用的生物质能发电潜力估计超过1000MB,而一半以上的人口无法获得电力。已经制定了政策和战略计划,目的是增加利用现有的可再生资源,包括与生物质有关的发电可再生资源。本研究回顾了生物质发电在津巴布韦低排放发展轨迹中的贡献。津巴布韦计划到2025年和2030年分别安装1100MW和2100MW的可再生能源。到2030年将开发和安装的2100兆瓦中,预计275兆瓦(13%)将来自基于生物质的可再生能源技术,相当于国家生物质能源潜力的28%。有人指出,为发电提供的基于生物质的政策干预仅限于沼气生产,因此需要探索其他商业上可用的方法,如热解和气化,以及正在试点和示范的方法,如热液液化、水力热解和碳捕获和储存煤生物质能源。已经注意到阻碍津巴布韦采用基于生物质的可再生能源发电技术的几个因素,如果不加以解决,拟议的政策目标很可能无法实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Contribution of Biomass Valorization for Renewable Energy Generation in Low Emission Development Pathways: A Policy Review
Zimbabwe has an untapped or underutilized energy generation potential from biomass estimated at over 1000MB with more than half of its population not having access to electricity. Policies and strategic plans have been developed aimed at increasing the exploitation of the available RETs including biomass related power generation RETs. This study reviewed the contribution of biomass-based power generation in the low emission development trajectory for Zimbabwe. Zimbabwe plans to install 1100MW and 2100MW of renewable energy by 2025 and 2030 respectively. Of the 2100MW to be developed and installed by 2030, 275MW (13%) is anticipated to be from biomass based renewable energy technologies corresponding to 28% utilisation of the national biomass-based energy potential. It has been noted that provided for biomass-based policy interventions for power generation are limited to biogas production hence the need to explore other commercially available such as pyrolysis and gasification as well as those under piloting and demonstration like hydrothermal liquefaction, hydro pyrolysis and coal-biomass energy with carbon capture and storage (CBECCS). Several factors that hinder the uptake of biomass based renewable energy generation technologies in Zimbabwe have been noted which if not addressed, the proposed policy targets will likely not be achieved.
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