SLジャパン Company Profile

At Suing Co., Ltd. (hereinafter referred to as "Suing"), we are developing an information platform called "Sustainable Water Cloud®" (hereinafter referred to as "SWaC®") that aggregates various data from water treatment facilities for centralized management. Additionally, we are incorporating AI services to streamline operational tasks. In the cloud-based SWaC, we utilize SL-GMS Web/Developer (HTML5) for the graphical "visualization" of information. The graphic monitoring screen for facilities in SWaC allows users to select graphic system diagrams such as "substation equipment" and "water supply equipment" from tabs arranged at the top. These diagrams are created interactively and independently of the application using the SL-GMSDraw editor, enabling immediate preview confirmation of their dynamic behavior during development. Furthermore, using the code generator of SL-GMS Web/Developer, the diagrams are converted into exceptionally compact and fast HTML5 code, allowing for high interactivity and performance comparable to that of a local desktop when operated in a browser.

Following the release of the long-awaited HTML5 version SL-GMS new product V1.0a in 2020, subsequent versions V2.0a and V3.0a introduced numerous new features such as embedded graphs and tables, drill-down to detailed screens, and multiple screen layers, enhancing support for the development of dashboards for centralized monitoring of IoT data. In version V4.0a released in 2022, various graphic features commonly implemented in traditional SL-GMS products (C++, Java, .NET), such as overview pop-ups and blink functions, were added to the HTML5 version, strengthening browser operations for control systems. Furthermore, in V4.1a released in 2023, several new features that allow for flexibility in details, such as displaying SL-GMS models in table columns, were added. In this new V4.2a, which continues this trend, improvements in HTML5 code conversion for local sub-models and the addition of support for NumericUpDown controls, along with bug fixes, are aimed at furthering the web-based implementation of control systems (DCS/SCADA) and enhancing the development and browser operation of monitoring dashboards.

SL Japan announced that it is using the RTView from the U.S. company SL for the development of a new "simplified monitoring system" that allows for remote monitoring of information from the power receiving equipment monitoring control panel by Tsuuken Electric Industry. The highly interactive graphic monitoring screens, custom-built interactively with the builder, utilize RTView's "Display Server" function and operate in a browser with performance equivalent to local operations. The monitoring server's monitor and the remotely installed monitoring client terminals display graphic system diagrams and real-time trend graph screens for operations. Additionally, in the event of equipment failure or transmission line abnormalities, users are notified through the illumination of a stacked signal lamp and the activation of an alarm. RTView is a graphical visualization and monitoring dashboard construction tool for real-time data, allowing all aspects such as screen and component design, data aggregation and display on screens, alert response actions, and controls to be custom-built interactively using a point-and-click operation builder. Furthermore, with RTView's JDBC-compatible SQL data adapter, it can connect to any database immediately with just a menu selection.