一种飞轮储能机组安全防护装置

By using a double-shell structure and thermally conductive reinforced columns, the safety issues of flywheel energy storage units in terms of impact and heat accumulation are solved, achieving efficient protection and stable operation.

CN122419062APending Publication Date: 2026-07-17HUANENG LANZHOU THERMAL POWER CO LTD +1
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
HUANENG LANZHOU THERMAL POWER CO LTD
Filing Date
2026-04-20
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Flywheel energy storage units are susceptible to structural damage from external impacts during transportation, operation, or deployment. In particular, high-speed rotating flywheel components may experience serious operational failures due to impacts.

Method used

It adopts a double-shell structure, including an inner shell and an outer shell, to form first and second vacuum chambers, which are connected by thermally conductive reinforced columns to construct a heat conduction path and achieve dual shock protection and heat dissipation effects.

Benefits of technology

It effectively prevents flywheel energy storage units from being damaged by impact, ensures continuous operation in a vacuum environment, improves structural rigidity and heat dissipation efficiency, and reduces the risk of failure.

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Abstract

一种飞轮储能机组安全防护装置,包括底板以及具有导热性的内壳、外壳、第一加强柱与第二加强柱,底板用于承载安装飞轮储能机组,内壳连接于底板且间隔套设于飞轮储能机组的外侧以形成第一真空腔,外壳连接于所述底板且间隔套设于内壳外侧以形成第二真空腔,第一加强柱设于第二真空腔且第一加强柱的两端分别连接于外壳与内壳,第二加强柱设于第一真空腔且第二加强柱的两端分别连接于内壳与飞轮储能机组,兼具防震缓冲、结构支撑强化与热量传导散热的功能,并且第一真空腔和第二真空腔还能实现在飞轮储能机组出现密封性不足时,仍能够使飞轮储能机组处于真空环境中,确保飞轮储能机组的使用。
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