News/Media 3JCNS and GCR Sign Strategic MoU to Advance Digital Transformation in Renewable Energy

3JCNS and GCR Sign Strategic MoU to Advance Digital Transformation in Renewable Energy Establishing a collaborative framework for digital transformation and O&M solutions across renewable energy projects Strengthening industry competitiveness by combining AVEVA-based digital technologies with renewable energy development expertise On July 14, 2026, 3JCNS Co., Ltd. and Gochang Renewable Co., Ltd. (GCR) signed a strategic Memorandum of Understanding (MoU) to collaborate on digital transformation initiatives and operational excellence in the renewable energy sector.   3JCNS specializes in digital transformation solutions for engineering, procurement and construction (EPC), as well as operations and maintenance (O&M). GCR specializes in the development of offshore wind and other renewable energy projects.   The agreement establishes a collaborative framework that combines the technologies and expertise of both companies to support digital transformation and enhance O&M capabilities across renewable energy sectors, including offshore wind, onshore wind and solar power.   Under the agreement, the companies will collaborate throughout the project lifecycle, from initial planning and EPC to operations. Their cooperation will focus on developing digital infrastructure, enhancing operational platforms, identifying applicable digital technologies and improving asset performance through data-driven solutions.   By combining 3JCNS’s plant digital transformation capabilities with GCR’s renewable energy development expertise, the companies aim to improve operational efficiency, asset reliability and long-term competitiveness across renewable energy projects.   An AVEVA-based digital operations platform provided by 3JCNS. The platform integrates operational status and key performance data within a 3D digital twin environment.   Through the partnership, 3JCNS will provide digital solutions and professional consulting services based on technologies from AVEVA, a global industrial software company.   As an AVEVA Specialized Solution Provider (SSP), 3JCNS supports customers throughout the project lifecycle, from early-stage planning and EPC to O&M. Its services include digital twin implementation, industrial data integration, operational optimization, engineering consulting and technical support.   The companies plan to explore the application of the following digital solutions: AI-powered SCADA system: Supports real-time monitoring, control and integrated supervision of renewable energy assets. PI System: Collects, processes and integrates operational data generated by power generation equipment and transmission infrastructure. Predictive Analytics: Uses artificial intelligence and machine learning to detect potential equipment anomalies and support condition-based maintenance. Unified Operations Center: Visualizes geographic information, power output, equipment availability, transmission network data and other operational information within an integrated 3D digital twin environment. The collaboration is expected to support more stable and efficient operations, strengthen data-driven decision-making and improve the long-term operational competitiveness of renewable energy assets.   Myung-Kwan Kim, CEO of Gochang Renewable Co., Ltd., said: “This agreement marks an important starting point for strengthening the digital capabilities of the renewable energy sector by combining the expertise and technologies of both companies. We will continue to expand our cooperation across renewable energy projects and work toward establishing more stable and efficient operating environments.”   Sung-Oh Jeong, CEO of 3JCNS Co., Ltd., said: “AI-based asset management and integrated industrial data are becoming increasingly important to the renewable energy sector. 3JCNS will support customers throughout the project lifecycle with digital transformation technologies, engineering services and professional consulting, while contributing to the continued digital advancement of the renewable energy industry.” ※ 본 보도자료는 한국어로도 제공됩니다. → 한국어 버전 보기 Press-Contract: Hyunjin (Ellen) Kim  

Featured Resources How Digital Twins Help Deliver EPC Projects On Time and On Budget | Free eBook

How Digital Twins Help Deliver EPC Projects On Time and On Budget Download the Free eBook >> Why do EPC projects continue to experience schedule delays, cost overruns, and rework despite significant investments in engineering and planning? One of the biggest challenges is disconnected project data across engineering, procurement, construction, and operations. Digital twin technology provides a connected data environment that improves collaboration, project visibility, and decision-making throughout the entire project lifecycle. This eBook explores how leading industrial organizations are leveraging digital twins to improve project execution and achieve more predictable outcomes. What You'll Learn Why EPC projects experience delays and cost overruns How digital twins improve project visibility and execution Best practices for engineering data integration and information management Strategies to reduce rework and improve schedule predictability Real-world digital transformation examples from global industrial projects How AVEVA enables digital twin environments How 3JCNS helps bridge digital twins into real EPC execution Who Should Read This eBook EPC Executives and Project Directors Engineering Managers Digital Transformation Leaders Project Controls and Construction Teams Owner-Operators and Industrial Asset Owners Organizations evaluating AVEVA Digital Twin solutions About 3JCNS 3JCNS is an EPC IT solutions company helping organizations accelerate digital transformation across the EPC lifecycle. With expertise in CAD automation, design validation, data integration, construction information management, and EPC digital workflows, 3JCNS supports clients in turning digital twin environments into real project outcomes as an AVEVA Value Added Reseller. Download the eBook Discover how connected data, digital twins, and execution-focused strategies can help improve project performance and reduce project risk.