The utility model discloses a steam energy energy storage device. The left inner pressure cylinder is welded on the left side of the roof of the energy storage tank. The right internal pressure cylinder is welded on the right side of the roof of the energy storage tank. The left cylinder shaft is installed in the left inner pressure cylinder, the right cylinder shaft is installed in the right internal pressure cylinder, and the seal plate of the energy storage tank is welded to the left. The bottom end of the cylinder shaft and the right cylinder shaft is fixed on the seal plate of the energy storage tank through the adhesive. The ring plate is mounted on the roof of the energy storage tank through the left fastening bolt and the right fastening bolt. The top of the energy storage tank is pressed on the sealing pad through the left top bolt and the right top bolt, and the left inner pressure cylinder passes the left internal pressure. The pipe is connected with the energy storage tank, the right inner pressure cylinder is connected with the energy storage tank through the right inner pressure pipe, and the bottom end of the energy storage tank is connected with the high pressure steam supply pipe through the valve. The utility model has the advantages of simple structure, scientific and reasonable design and convenient operation.
【技术实现步骤摘要】
一种蒸汽热能储能装置
:本技术涉及一种蒸汽热能储能装置,属于蒸汽热能储能
技术介绍
:目前使用的蒸汽热能储存一般采用密闭的罐体进行储存,密闭罐体需要进行无缝焊接,对焊接技术要求较高,加工制造成本高,焊接不良的罐体在蒸汽热能储存时,容易爆炸,造成安全事故。
技术实现思路
:针对上述问题,本技术要解决的技术问题是提供一种蒸汽热能储能装置,采用左内压力气缸焊接在储能罐体顶盖内的左侧,右内压力气缸焊接在储能罐体顶盖内的右侧,左气缸轴安装在左内压力气缸内,右气缸轴安装在右内压力气缸内,储能罐密封板焊接在左气缸轴和右气缸轴的底端,密封垫通过粘合剂固定在储能罐密封板上,储能罐体的顶端通过左顶紧螺栓和右顶紧螺栓压紧在密封垫上,左内压力气缸通过左内压力管与储能罐体连通,右内压力气缸通过右内压力管与储能罐体连通的设计,当储能罐体内的蒸汽压力上升时,利用储能罐体内压力使左内压力气缸和右内压力气缸内压力增加,进而使储能罐体与密封垫之间压力增加,达到储能罐体的密封储能,其设计科学合理,制造加工成本低,结构简单,使用安全。本技术的一种蒸汽热能储能装置,结构包括:储能罐体顶盖、储能罐体、左内压力气缸、右内压力气缸、左气缸轴、右气缸轴、储能罐密封板、压紧弹簧、左内压力管、右内压力管、左紧固螺栓、右紧固螺栓、左顶紧螺栓、右顶紧螺栓、左支撑架、右支撑架、左移动轮、右移动轮、密封板、阀门、高压蒸汽供应管、环形压板,所述的左内压力气缸焊接在储能罐体顶盖内的左侧,右内压力气缸焊接在储能罐体顶盖内的右侧,左气缸轴安装在左内压力气缸内,右气缸轴安装在右内压力气缸内,所述的储能罐密封板焊接在左气缸轴和 ...
【技术保护点】
一种蒸汽热能储能装置,其特征在于:结构包括:储能罐体顶盖、储能罐体、左内压力气缸、右内压力气缸、左气缸轴、右气缸轴、储能罐密封板、压紧弹簧、左内压力管、右内压力管、左紧固螺栓、右紧固螺栓、左顶紧螺栓、右顶紧螺栓、左支撑架、右支撑架、左移动轮、右移动轮、密封板、阀门、高压蒸汽供应管、环形压板,所述的左内压力气缸焊接在储能罐体顶盖内的左侧,右内压力气缸焊接在储能罐体顶盖内的右侧,左气缸轴安装在左内压力气缸内,右气缸轴安装在右内压力气缸内,所述的储能罐密封板焊接在左气缸轴和右气缸轴的底端,密封垫通过粘合剂固定在储能罐密封板上,所述的环形压板通过左紧固螺栓和右紧固螺栓安装在储能罐体顶盖上,储能罐体的顶端通过左顶紧螺栓和右顶紧螺栓压紧在密封垫上,所述的左内压力气缸通过左内压力管与储能罐体连通,右内压力气缸通过右内压力管与储能罐体连通,所述的储能罐体的底端通过阀门与高压蒸汽供应管连接。
【技术特征摘要】
1.一种蒸汽热能储能装置,其特征在于:结构包括:储能罐体顶盖、储能罐体、左内压力气缸、右内压力气缸、左气缸轴、右气缸轴、储能罐密封板、压紧弹簧、左内压力管、右内压力管、左紧固螺栓、右紧固螺栓、左顶紧螺栓、右顶紧螺栓、左支撑架、右支撑架、左移动轮、右移动轮、密封板、阀门、高压蒸汽供应管、环形压板,所述的左内压力气缸焊接在储能罐体顶盖内的左侧,右内压力气缸焊接在储能罐体顶盖内的右侧,左气缸轴安装在左内压力气缸内,右气缸轴安装在右内压力气缸内,所述的储能罐密封板焊接在左气缸轴和右气缸轴的底端,密封垫通过粘合剂固定在储能罐密封板上,所述的环形压板通过左...
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