Dual-layer optimization design method for collaborative benefits of renewable energy systems in building clusters: Case study of campus buildings

Yu, Ying; Xiao, Yuanwei; Chou, Jinshuai; Wang, Xingyu; Yang, Liu

doi:10.1016/j.enbuild.2023.113802

Cited by 7 publications

(1 citation statement)

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“…This approach ensures decentralization of the energy system, modularity, universality and its resistance to external and internal factors [1]. In addition, the implementation of intelligent control systems [2,3] of energy systems requires flexible and distributed electrical engineering solutions [4]. The construction of a cluster requires the use of uniform units of the same type, which encourages the development of localized energy equipment of small size and power.…”

Section: анотація децентралізація та розподілення генерувальних потуж...mentioning

confidence: 99%

Using Microinverters for Photovoltaic Cluster

Бондаренко,

Матях

2024

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Decentralization and distribution of generating capacities leads to the stability and scalability of the energy system, that in the work proposes the construction of solar power plants in the form of a cluster structure with the creation of unified generating modules. The main idea is to use microinverters as equipment that converts direct current into alternating current. The advantages of using microinverters as devices that ensure decentralization within the framework of a solar power plant, locally, are noted. The implementation of microinverters together with storages of electrical energy is shown. Systems with different types of battery placement are described. The possibility of using individual photovoltaic panels as an independent generating unit in the overall structure of the cluster was noted.

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Section: анотація децентралізація та розподілення генерувальних потуж...mentioning

confidence: 99%