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Research and Application on Microgrid Integrated Energy Service Technology for Modern Agriculture

机译:现代农业微电网综合能源服务技术的研究与应用

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For the low degree of traditional agricultural electrification technology in tea withering, and remote tea plantation mechanization in energy supply reliability and power quality requirement being high, a main technical roadmap was put forward. It's integrated electrification technology such as microgrid, electric vehicles, ac-dc power distribution network, and other electric power replacement technology. Respectively, all seasons for black tea withering moveable new energy work vehicle, microgrid multi-energy complementary coordination optimization technology, and microgrid high reliability power technology research and application were carried out, which aims at building integrated a new mode of energy service oriented modern agriculture. Engineering application shows that this model can make full use of new energy by multi-energy complementary, with the microgrid stability and supply quality improved, the economic benefit of modern agriculture increased also sustainable. It provided a replicable and propagable electrification integrated energy service sample.
机译:针对传统的农业电气化技术在茶叶枯萎方面的应用程度较低,以及边远茶园机械化对能源供应的可靠性和电能质量要求较高的问题,提出了主要的技术路线图。它是集成化的电气化技术,例如微电网,电动汽车,交流-直流配电网络以及其他电力替代技术。分别进行了四季四季都枯萎的可移动式新能源工作车,微电网多能源互补协调优化技术,微电网高可靠性动力技术的研究与应用,旨在构建一体化的能源服务型现代农业新模式。 。工程应用表明,该模型可以通过多能量互补来充分利用新能源,微电网的稳定性和供应质量得到改善,现代农业的经济效益也可以持续提高。它提供了可复制且可传播的电气化综合能源服务样本。

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