Hanwha Energy Convergence Division software

The Hanwha Energy Integrated System (HEIS) 2.0 is a cutting-edge solution designed to optimize green energy platforms, leveraging global photovoltaic and energy storage system (PV-ESS) operational expertise. As an all-in-one platform, HEIS 2.0 integrates comprehensive services bolstered by Hanwha`s in-house R&D and global partnerships. Its features are geared towards efficiency in operation and maintenance (O&M), facilitating cost savings and enhancing safety measures through sophisticated alarm management and customizable dashboard displays. Notably, the platform supports scalable solutions with edge-to-cloud integration, enabling seamless data acquisition and monitoring through AWS cloud systems. With functionalities extending to utility energy platforms and IoT integration, HEIS 2.0 provides real-time insights for power plant management and enhances user experience through a mobile-based app for both remote terminal monitoring and equipment control.

Hanwha's Predictive Preservation System leverages modern sensor technology to collect and analyze data such as vibration, current, and pressure, enabling early detection of equipment abnormalities. This system aims to enhance operational reliability by enabling predictive maintenance through continuous monitoring of equipment status values including vibration, temperature, and current. Featuring a data-centric interface, the system allows inter-data correlation monitoring and is equipped with functionalities such as real-time trending and mobile alarm control. It supports automated report generation and storyboard creation without manual input, with compatibility across multiple platforms, including iOS, Android, and Windows. The expected benefits include minimizing equipment failure, identifying fault causes, and achieving greater profitability. Notably, this system was successfully implemented at the GM Changwon Plant, demonstrating its efficacy in real-world applications. Additionally, the solution supports stable process control while adhering to various regulations for environments and safety.