Hitachi Unveils Innovative Metaverse Platform for Nuclear Power Plants
A Japanese firm has introduced a groundbreaking “Metaverse Platform for Nuclear Power Plants.” Hitachi intends to utilize this platform to optimize operations, particularly focusing on enhancing safety measures and maintenance protocols for nuclear facilities. This latest initiative recreates nuclear power plants in a virtual environment by employing high-precision point cloud data along with 3D CAD data.
Enhancing Collaboration and Operations with AI Technology
This advanced system integrates metaverse and artificial intelligence technologies to bolster productivity in information sharing, scheduling, and asset management among various stakeholders. Collaboration with partners such as electric utilities and contractors will play a pivotal role in maximizing the benefits of this platform. A unique navigation feature enables users to seamlessly transition between different floors of the plant, allowing them to resume their activities from their last location for swift and efficient access.
Real-Time Communication and User Accessibility
The metaverse platform is designed as a secure environment, restricted to authorized personnel only. It supports multiple users accessing the system simultaneously, promoting real-time discussions and decision-making among stakeholders located in different geographical areas. The platform is also equipped with engineering support tools that provide centimeter-level measurement capabilities, virtual meeting functions, annotation options, file attachments related to specific equipment, equipment layout searches, and asset information linking to enhance engineering workflows.
The Importance of Precise Planning in Nuclear Operations
Hitachi emphasized that precise planning and reliable execution are critical when installing new equipment or modifying existing setups in nuclear power plants. However, regulatory restrictions often limit access to these facilities, which in turn hinders the frequency and length of on-site surveys. In certain scenarios, controlled areas remain inaccessible during operations, further complicating on-site evaluations. These challenges necessitate extensive coordination among stakeholders, with electric utilities playing a crucial role in information dissemination and work plan adjustments.
Navigating Industry Challenges Post-Disaster
The Japanese nuclear sector has faced significant hurdles following the Great East Japan Earthquake, which resulted in the prolonged shutdown of all domestic nuclear plants. Hitachi disclosed that this situation led to a wave of retirements among experienced personnel, a decrease in on-site training opportunities for new plant constructions, and a shrinking labor force exacerbated by demographic issues such as an aging populace and declining birth rates.
Data-Driven Solutions for Operational Efficiency
The new platform is poised to be the cornerstone of Hitachi’s vision for a “Data-Driven Power Plant,” aimed at addressing the varying demands and challenges encountered by electric utilities. This includes enhancing equipment reliability, improving work management, and boosting operational efficiency through data-informed value creation and problem-solving. According to Hitachi, the platform represents Lumada 3.0, a system that harnesses the company’s extensive industry knowledge and AI capabilities to transform data into valuable insights that tackle challenges faced by clients and society. Developed alongside GlobalLogic as part of the One Hitachi initiative, the platform integrates Hitachi’s decades of expertise in nuclear energy with advanced digital technologies. It also supports the collection, aggregation, and analysis of on-site data, which is vital for optimal investment planning and plant maintenance, all while ensuring secure communications through encrypted interactions in the metaverse, with access strictly limited to authorized users.
