一种储能EMS系统云端托管系统与方法

By constructing a dual-channel cloud-hosted system, data loss and system availability are ensured in the event of failure for small and medium-sized user-side energy storage EMS systems, reducing costs and making it suitable for distributed energy storage systems.

CN121996432BActive Publication Date: 2026-07-17ZHEJIANG LNXALL IOT TECHNOLOGY CO LTD

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
ZHEJIANG LNXALL IOT TECHNOLOGY CO LTD
Filing Date
2026-04-09
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Small and medium-sized user-side energy storage EMS systems are prone to data loss and system unavailability during failures. Existing technologies are costly or lack reliability, and cannot effectively solve the problem of downtime due to failures.

Method used

A dual-channel cloud-hosted triggering system is constructed, with the communication front-end and local energy storage devices communicating synchronously with the monitoring center. Combined with the cloud-based container hosting center, cloud hosting is achieved in the event of a failure, ensuring no data loss and system availability.

Benefits of technology

It achieves data preservation and system availability in the event of failure, reduces system costs, avoids unnecessary bandwidth waste, and is suitable for distributed energy storage systems.

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Abstract

本发明提供了一种储能EMS系统云端托管系统与方法,包括:监控中心,用于与通讯前置机、本地储能设备保持心跳、基本信息同步;通讯前置机与各本地储能设备,各用于当检测到满足预设托管触发条件,分别向监控中心发起云端托管请求;监控中心,用于在接收到云端托管请求后,向云端容器托管中心发起托管申请与基本信息;云端容器托管中心,用于将对应本地储能设备的基本信息,动态注入到本地储能设备对应的云端储能容器中,完成云端容器托管中心的初始化,托管成功的响应结果会通过监控中心下发;通讯前置机,还用于当托管成功的响应结果下发后,与本地储能设备断开连接,并与云端储能系统连接,进行云端托管。
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