Our facilities
HIL facilities
RTEi’s HVDC Innovation Laboratory is situated on the Campus Transfo near Lyon in France, a premier facility that fosters innovation and expertise in the field of power electronics and HVDC technology.
A leading-edge laboratory
This cutting-edge laboratory occupies approximately 2000m² of technical rooms, equipped with several tenths of real-time simulators utilizing HYPERSIM and RTDS for high-fidelity simulations. The lab is also home to 15 sets of Control & Protection (C&P) replicas of RTE France and RTE International, encompassing nearly 200 cubicles.
The decision to build this extensive infrastructure was strategic, positioning it as a cornerstone of RTE’s commitment to innovation and risk mitigation in HVDC and power electronics projects.
Recognizing the increasing complexity and integration of power electronics into modern transmission networks, RTE international established the HVDC Innovation Laboratory to address several critical needs:
De-risking Innovative and Complex Projects
By providing a controlled environment for rigorous testing and validation, the laboratory significantly reduces the risks associated with deploying HVDC projects.
This proactive approach ensures that potential issues are identified and resolved in the lab, rather than in the field, thereby enhancing the reliability and robustness of the power grid.
Integration of Power Electronics
As power electronics become more integral to transmission systems, the laboratory facilitates their seamless integration.
Through comprehensive testing and validation, the lab ensures that new components and systems can be effectively incorporated into existing infrastructure, maintaining system stability and performance.
Interoperability Testing
The laboratory plays a vital role in interoperability testing, which is increasingly important as different HVDC systems and components from various vendors must work together within a unified grid.
This testing ensures compatibility and optimal performance, supporting the development of a cohesive and resilient power network.
Advanced Simulation Capabilities
The lab’s state-of-the-art simulation tools allow for detailed analysis and modelling of HVDC systems and their interactions with the broader grid.
This capability is crucial for studying complex phenomena such as harmonics, resonance, and interoperability between different HVDC technologies.
Continuous Support and Maintenance
Beyond initial deployment, the lab provides ongoing support throughout the lifecycle of HVDC systems.
This includes training for maintenance teams, testing software updates, and validating system modifications, ensuring that HVDC installations remain reliable and efficient over time.
"By investing in the HVDC Innovation Laboratory, RTE international demonstrates a forward-thinking approach to managing the challenges and opportunities presented by modern HVDC technology and power systems. This facility not only supports the development and deployment of innovative solutions but also ensures their long-term success and integration into the energy landscape."
