工業技術研究院

技術簡介

一種電池資料的擷取方法,包括:透過資料擷取系統基於資料擷取系統與資料同步平台之間傳遞的校時報文以及校時報文響應取得對應於資料同步平台的多個時間戳記;透過資料擷取系統根據多個時間戳記計算對應於資料同步平台的傳輸延遲以及發送延遲;透過資料擷取系統基於傳輸延遲、發送延遲、最大傳輸延遲以及最大發送延遲計算對應於資料同步平台的擷取延遲,並發送傳輸延遲以及擷取延遲至資料同步平台;透過資料同步平台基於傳輸延遲校正資料同步平台的本地系統時間;透過資料同步平台基於本地系統時間以及擷取延遲計算資料擷取時間;以及透過資料同步平台基於資料擷取時間擷取電池資料,並定期上傳電池資料至該資料擷取系統。

Abstract

A battery data retrieving method includes: obtaining multiple timestamps corresponding to a data synchronization platform through a data retrieval system based on a timing correction message and a response of the timing correction message transmitted between the data retrieval system and the data synchronization platform; calculating transmission delay and sending delay corresponding to the data synchronization platform based on the multiple timestamps through the data retrieval system; calculating retrieval delay corresponding to the data synchronization platform based on the transmission delay, the sending delay, maximum transmission delay, and maximum sending delay, and transmitting the transmission delay and the retrieval delay to the data synchronization platform; correcting a local system time ofthe data synchronization platform based on the transmission delay through the data synchronization platform; calculating a data retrieval time based on the local system time and the retrieval delay through the data synchronization platform; and retrieving the battery data based on the data retrieval time through the data synchronization platform, and regularly uploading the battery data to the data retrieval system.

技術規格

本案提供高取樣率(達毫秒等級)與時間同步之電芯資料，可提供儲能電池健檢系統做即時內短路之分析，減少EMS讀取BMS電芯資料的時間。

Technical Specification

This project provides high–sampling-rate (up to millisecond-level) and time-synchronized cell-level data, enabling energy storage battery health diagnostic systems to perform real-time internal short-circuit analysis, while reducing the time required for the EMS to retrieve cell data from the BMS.

技術特色

技術易於實施，不需更改現有EMS與 BMS的讀取方式或使用價格高昂的硬體。

應用範圍

儲能相關廠商。

接受技術者具備基礎建議（設備）

微控制器開發相關設備。

接受技術者具備基礎建議（專業）

儲能電池管理技術及知識。

聯絡資訊