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Strategic partnership for offshore wind electrical solutions
Hitachi Energy and Ørsted collaborate to deliver standardized electrical systems, reduce lead times and lower costs for large-scale offshore wind projects.
www.hitachi.com
Hitachi Energy and Ørsted optimize project lead times and economic efficiency through standardized infrastructure and modular system design.
The strategic partnership between Hitachi Energy and Ørsted addresses structural challenges in the renewable energy sector, specifically long lead times and increasing project complexity. By integrating onshore and offshore electrical solutions, the collaboration aims to reduce the levelized cost of energy (LCOE) and enhance the digital supply chain within the global power grid.
Standardization and Modularization of Electrical Systems
A central technical focus of the partnership is the development of scalable and repeatable models for offshore electrical infrastructure. This involves the standardization of critical components within substations and converter stations to streamline the engineering and design phases.
By employing modular construction methods, technical interfaces are predefined, significantly reducing the complexity of system integration. This approach is vital for maintaining a stable and sustainable power supply for industrial sectors and the evolving automotive data ecosystem. The partnership focuses on several core technical areas:
- Integrated Onshore and Offshore Solutions: Alignment of offshore collector platforms with land-based grid connection points.
- Streamlined Tendering: Optimization of procurement processes and technical specifications prior to final investment decisions (FID).
- Lifecycle Management: Provision of long-term service and monitoring to ensure operational reliability over the full asset lifecycle.
Supply Chain Optimization and Economic Scalability
Given the rising costs and global supply chain constraints, the partners are implementing a framework for closer collaboration during the early stages of project planning. This strategy is designed to create end-customer cost efficiencies by reducing the need for project-specific technical customizations.
The objective is to establish a high-performance model for offshore wind execution that ensures consistent delivery across different geographic markets. By minimizing technical variance, the partnership enables economies of scale, directly supporting the affordability and security of large-scale renewable energy deployment. This repeatable model is intended to facilitate the rapid expansion of offshore wind capacity required for global decarbonization targets.
Edited by Romila DSilva, Induportals Editor, with AI assistance.
Given the rising costs and global supply chain constraints, the partners are implementing a framework for closer collaboration during the early stages of project planning. This strategy is designed to create end-customer cost efficiencies by reducing the need for project-specific technical customizations.
The objective is to establish a high-performance model for offshore wind execution that ensures consistent delivery across different geographic markets. By minimizing technical variance, the partnership enables economies of scale, directly supporting the affordability and security of large-scale renewable energy deployment. This repeatable model is intended to facilitate the rapid expansion of offshore wind capacity required for global decarbonization targets.
Edited by Romila DSilva, Induportals Editor, with AI assistance.
