摘要：【中文】本发明涉及一种交直流微网系统，包括10kV交流母线、直流母线、数据中心服务器和能量管理系统，I段400V交流母线、Ⅱ段400V交流母线均与数据中心服务器相连，Ⅱ段400V交流母线和Ⅲ段400V交流母线上均连接有储能站和光储系统；本发明的优点：通过10kV交流母线上连接的I段400V交流母线、Ⅱ段400V交流母线和Ⅲ段400V交流母线分别接入数据中心服务器、储能站和光储系统，由于储能站和光储系统的设置，从而为数据中心、站用直流提供了应急电源的支撑，从而取消了变电站、数据中心站原因UPS和蓄电池的安装，并通过能量管理系统进行源网荷储协调控制、实现可靠、高效用能，由于400V交流母线采用三段相互独立的，可有效的减少大电网供电的不稳定性，确保电能质量。 【EN】The invention relates to an alternating current-direct current micro-grid system which comprises a 10kV alternating current bus, a direct current bus, a data center server and an energy management system, wherein a first section 400V alternating current bus and a second section 400V alternating current bus are connected with the data center server, and the second section 400V alternating current bus and the third section 400V alternating current bus are connected with an energy storage station and an optical storage system; the invention has the advantages that: the I section 400V alternating current bus, the II section 400V alternating current bus and the III section 400V alternating current bus which are connected to the 10kV alternating current bus are respectively connected to the data center server, the energy storage station and the light storage system, due to the arrangement of the energy storage station and the light storage system, emergency power supply support is provided for direct current for the data center and the station, installation of a UPS and a storage battery for a transformer substation and the data center station is omitted, source network charge and storage coordination control is carried out through the energy management system, reliability and high-utility energy are realized, and due to the fact that the 400V alternating current buses are mutually independent in three sections, instability of power supply of a large power grid can be effectively reduced, and power quality is guaranteed.

摘要：【中文】本发明涉及一种综合智慧能源站，包括变电站、储能站、充电站和数据中心站，变电站、储能站、充电站和数据中心站呈“田”字型分布在站区的地面上，变电站和储能站之间设有进站通道，进站通道的进站口设有进站大门，沿进站方向所述进站通道上依次设有第一安全门、第二安全门、第三安全门和第四安全门；本发明的优点：将变电站、储能站、充电站和数据中心站呈“田”字型分布在站区的地面上，实现了变电站、储能站、充电站和数据中心站相互独立的分布，且各个站区之间能实现业务隔离，并通过进站通道实现整个综合智慧能源站具有一个入口，能对各个站区进行分区管控，从而实现了各个站区的统一管理和运维一体。 【EN】The invention relates to a comprehensive intelligent energy station, which comprises a transformer substation, an energy storage station, a charging station and a data center station, wherein the transformer substation, the energy storage station, the charging station and the data center station are distributed on the ground of a station area in a shape like a Chinese character 'tian', an entrance channel is arranged between the transformer substation and the energy storage station, an entrance gate is arranged at an entrance of the entrance channel, and a first safety door, a second safety door, a third safety door and a fourth safety door are sequentially arranged on the entrance channel along the entrance direction; the invention has the advantages that: the transformer substation, the energy storage station, the charging station and the data center station are distributed on the ground of the station area in a 'field' shape, the mutual independent distribution of the transformer substation, the energy storage station, the charging station and the data center station is realized, service isolation can be realized among all the station areas, an inlet is formed in the whole comprehensive intelligent energy station through an entrance channel, the station areas can be subjected to partition management and control, and the integration of unified management and operation and maintenance of all the station areas is realized.

摘要：【中文】本发明涉及一种储能站用墙体，包括墙板和水平安装管，墙板包括外墙面板、内墙面板和设置在外墙面板和内墙面板之间的夹心板，夹心板与外墙面板之间设有通风换气通道，外墙面板上设有进风口和两组排风口，内墙面板的顶端也设有出风口，水平安装管上设有与水平通风通道相通的进风孔；本发明的优点：通过将墙板设置成外墙面板、内墙面板和夹心板的结构，依靠外墙面板上的进风口和排风口，以及内墙面板上的出风口实现整个墙板的通风换气，从而能将墙体内的热量实现冷热交换，从而减少了额外的设备进行通风散热的功率，从而实现节能减排的功能。 【EN】The invention relates to a wall body for an energy storage station, which comprises a wall plate and a horizontal installation pipe, wherein the wall plate comprises an outer wall panel, an inner wall panel and a sandwich plate arranged between the outer wall panel and the inner wall panel; the invention has the advantages that: the wall board is set to be the structure of the outer wall panel, the inner wall panel and the sandwich board, ventilation of the whole wall board is realized by the air inlet and the air outlet on the outer wall panel and the air outlet on the inner wall panel, so that cold and heat exchange of heat in the wall body can be realized, the ventilation and heat dissipation power of extra equipment is reduced, and the functions of energy conservation and emission reduction are realized.