多能沼气生产厂开拓电力市场服务提供

E. Corsetti, Ada Del Corno, Juana M. Pagán Carpe, Tuuli I. Pöllänen, E. Gil, M. C. Garcia
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摘要

本文给出了结果,以确定优化策略,以利用沼气生产工厂提供的灵活性。该工厂位于穆尔西亚(西班牙),是欧盟数量级项目分析的位于不同欧洲国家的多能系统的七个现实案例研究之一。Murcia Este工厂是一家污水处理厂,通过厌氧消化生产沼气。所产生的沼气完全被用来自给自足地满足电厂的电力和热能需求。柔性供应能力作为辅助市场参与,特别是通过人工频率调节储备(mFRR)提供。工厂的模型指的是一个基本情况,包括当前的配置和管理,以及几个可能的扩展,改进设备和管理策略。所进行的实验是基于每周的数据,每个数据都与季节和两个“关键”周有关。结果表明,在确定的所有六周数据中,该工厂可以在当前配置(基本情况)和提出的改进中成功地提供市场服务。提供最佳效果的改进是目前尚未安装的储热装置,它确保了沼气生产与热需求/服务供应之间的有趣解耦。
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Multi-energy biogas production plant exploiting electrical market services provision
This paper presents the results to identify optimization strategies to exploit the flexibility provided by a biogas production plant. This plant, located in Murcia (Spain) is one of seven real life case studies of multi energy systems, located in different European countries under analysis in the EU MAGNITUDE project. The facility Murcia Este is a wastewater treatment plant WWTP, with production of biogas as a result from Anaerobic Digestion. The biogas produced is completely exploited to selfsustain the electricity and heat plant demands. The flexibility provision ability is given as ancillary market participation, in particular by manual frequency regulation reserve (mFRR) provision. The model of the plant refers to a base case, consisting of the current configuration and management, and to several possible extensions, improving devices and management strategies. The experimentations carried out are based on weekly data, each one associated to the seasons and to two “critical” weeks. The results show the plant can successfully provide the market service in the current configuration (base case) and in the improvements proposed, for all the six weeks data identified. The improvement which provides the best results is the heatstorage, currently not installed, which ensures an interesting decoupling between the biogas production and the heat demand/service provision.
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