SYSTEM FOR CHECKING ARRANGEMENT OF STRING MONITORING DEVICE FOR USE IN PHOTOVOLTAIC POWER GENERATION SYSTEM, STRING MONITORING DEVICE, RADIO COMMUNICATION DEVICE FOR INSPECTION, AND ARRANGEMENT CHECKING METHOD

PROBLEM TO BE SOLVED: To efficiently check whether a string monitoring device is properly arranged on a string.SOLUTION: An SSU 10 (string monitoring device) transmits monitoring information data 1200 in which monitoring information (a current value, etc. of a current line 8 of a string 6) is set, t...

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Main Authors ASANUMA KAZUO, KOSUGI AKIFUMI, MURAYAMA NORIO
Format Patent
LanguageEnglish
Japanese
Published 05.10.2017
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Abstract PROBLEM TO BE SOLVED: To efficiently check whether a string monitoring device is properly arranged on a string.SOLUTION: An SSU 10 (string monitoring device) transmits monitoring information data 1200 in which monitoring information (a current value, etc. of a current line 8 of a string 6) is set, together with a MAC address of its own (a monitoring device ID) to a server device 30 (information processing device). An MU 20 transfers the monitoring information data 1200 to the server device 30. The server device 30 stores correspondence between a string ID and the MAC address as an SSU arrangement management table 343, and outputs the monitoring information in the monitoring information data 1200 together with the string ID to an output device 305. An inspection SSU 50 (a radio communication device for inspection) transmits inspection information to the SSU 10 by radio. The SSU 10 transmits the monitoring information data 1200 in which the inspection data is set as the monitoring information 1213, to the server device 30.SELECTED DRAWING: Figure 16C 【課題】ストリング監視装置がストリングに正しく配置されていることの確認を効率よく行う。【解決手段】SSU10(ストリング監視装置)は、監視情報(ストリング6の電流ライン8の電流値等)が設定された監視情報データ1200を、自身のMACアドレス(監視装置ID)とともにサーバ装置30(情報処理装置)に送信する。MU20は、監視情報データ1200をサーバ装置30に転送する。サーバ装置30は、ストリングIDとMACアドレスとの対応をSSU配置管理表343として記憶し、監視情報データ1200の監視情報をストリングIDとともに出力装置305に出力する。検査用SSU50(検査用無線通信装置)は、検査用情報をSSU10に無線送信する。SSU10は、検査用情報を監視情報1213として設定した監視情報データ1200をサーバ装置30に送信する。【選択図】図16C
AbstractList PROBLEM TO BE SOLVED: To efficiently check whether a string monitoring device is properly arranged on a string.SOLUTION: An SSU 10 (string monitoring device) transmits monitoring information data 1200 in which monitoring information (a current value, etc. of a current line 8 of a string 6) is set, together with a MAC address of its own (a monitoring device ID) to a server device 30 (information processing device). An MU 20 transfers the monitoring information data 1200 to the server device 30. The server device 30 stores correspondence between a string ID and the MAC address as an SSU arrangement management table 343, and outputs the monitoring information in the monitoring information data 1200 together with the string ID to an output device 305. An inspection SSU 50 (a radio communication device for inspection) transmits inspection information to the SSU 10 by radio. The SSU 10 transmits the monitoring information data 1200 in which the inspection data is set as the monitoring information 1213, to the server device 30.SELECTED DRAWING: Figure 16C 【課題】ストリング監視装置がストリングに正しく配置されていることの確認を効率よく行う。【解決手段】SSU10(ストリング監視装置)は、監視情報(ストリング6の電流ライン8の電流値等)が設定された監視情報データ1200を、自身のMACアドレス(監視装置ID)とともにサーバ装置30(情報処理装置)に送信する。MU20は、監視情報データ1200をサーバ装置30に転送する。サーバ装置30は、ストリングIDとMACアドレスとの対応をSSU配置管理表343として記憶し、監視情報データ1200の監視情報をストリングIDとともに出力装置305に出力する。検査用SSU50(検査用無線通信装置)は、検査用情報をSSU10に無線送信する。SSU10は、検査用情報を監視情報1213として設定した監視情報データ1200をサーバ装置30に送信する。【選択図】図16C
Author MURAYAMA NORIO
ASANUMA KAZUO
KOSUGI AKIFUMI
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Snippet PROBLEM TO BE SOLVED: To efficiently check whether a string monitoring device is properly arranged on a string.SOLUTION: An SSU 10 (string monitoring device)...
SourceID epo
SourceType Open Access Repository
SubjectTerms CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
ELECTRICITY
GENERATION
GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRA-REDRADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, E.G. USINGPHOTOVOLTAIC [PV] MODULES
Title SYSTEM FOR CHECKING ARRANGEMENT OF STRING MONITORING DEVICE FOR USE IN PHOTOVOLTAIC POWER GENERATION SYSTEM, STRING MONITORING DEVICE, RADIO COMMUNICATION DEVICE FOR INSPECTION, AND ARRANGEMENT CHECKING METHOD
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