Fabio Bertolla’s Post

GE Vernova is expanding its existing manufacturing facilities in the #UnitedKingdom to support the fast-growing demand for High-Voltage Direct Current (#HVDC) transmission systems that will help power #RenewableEnergy projects, while also supporting the #UK’s #EnergyTransition. At the end of last month, we celebrated the installation of an additional valve assembly line at our HVDC facility in #Stafford. The valves, considered the "heart" of an HVDC converter station, enable the optimal transmission of #power from #OffshoreWind farms and other renewable #energy sources to the #grid. "Helping our customers deliver #sustainable, affordable, and reliable energy to people worldwide is central to #GEVernova’s mission," said Philippe PIRON, CEO of GE Vernova’s Electrification Systems business. "By expanding our Stafford operations, we are strengthening our ability to support the energy transition in the UK and the rest of the world and creating new jobs as a result.” Find out more: https://vernova.is/3BFsg6E #FutureOfEnergy #Electrification

🔌 Prysmian Powers UK’s Energy Future with EGL2 Contract. Prysmian, in collaboration with Eastern Green Link 2 Limited (a joint venture between SSEN Transmission and National Grid Electricity Transmission plc), has secured a groundbreaking contract worth approximately €1.9 billion. The mission? To deliver a cutting-edge HVDC cable system for the Eastern Green Link 2 (EGL2) network—a vital connection between Scotland and England. 🌟 Why It Matters: Renewable Energy Boost: The EGL2 project will unlock Scotland’s rich renewable energy potential, providing clean power to around two million UK homes. Strategic Infrastructure: The state-of-the-art cable technology will create an electrical ‘superhighway,’ significantly increasing the UK’s capacity to deliver sustainable energy. 🚀 Project Timeline: 2023: Prysmian selected as exclusive preferred bidder. 2029: EGL2 connection set to be operational. 🔗 Technical Details: HVDC Technology: Utilizing 525 kV HVDC technology with extruded XLPE insulation. Power Capacity: A robust 2 GW transmission capacity. Join us in shaping the energy landscape of tomorrow! 🌎💡 #EnergiaRenovavel #InfraestruturaEnergetica #ConexãoScotlandEngland #PrysmianInovacao #EGL2Superhighway Note: 4C - Offshore is the original source.

SGT TERTIARY WINDING ⚡️ The tertiary winding of a transmission autotransformer, commonly refered to as the ‘delta connection’, is usually unloaded in normal service. One of its main duties is to help manage third harmonic currents created during unbalanced loads; limiting their contribution to transformer inefficiencies. However, this third winding, often wound d11, can be loaded to feed 13kV electrical loads such as shunt reactors for reactive power compensation, the substation’s local LVAC supplies or can be repurposed to give smaller Battery Storage & Renewables projects a connection point onto the GB SUPERGRID. 🇬🇧⚡️ #nationalgrid #substation #transformer #project #highvoltage #power #green #transmission #battery #renewables

🌍🌱 Pioneering sustainable power with multi-terminal HVDC technology The Caithness-Moray – Shetland HVDC project is the world’s first multi-terminal HVDC system. Powered by Hitachi Energy, this groundbreaking technology marks a new era in sustainable power infrastructure. Our multi-terminal technology is a fundamental step towards building a network of DC super highways and energy hubs, providing maximum flexibility, power reliability, and supply security, while successfully integrating more renewables. #GridStability #SustainableFuture #GridenSure #RenewableEnergy #HitachiEnergy #PowerElectronics #SustainableEnergy #HVDC

＼ The NIC Finalists' business idea／ "Nanodielectrics Insulations for High voltage Direct Current Cables of the Future" This idea focuses in making HVDC transmission lines more efficient at transporting renewable energy from remote locations. Efficient HVDC lines are essential to help society achieve the challenge of net zero goals by 2050. New HVDC insulation materials will offer better performance, longer lifetimes, and increased safety compared to current solutions. Advanced nanodielectric materials will address insulation issues, enabling higher power transmission and supporting global renewable energy adoption. #TakingonChallenges

＼ The NIC Finalists' business idea／ "Nanodielectrics Insulations for High voltage Direct Current Cables of the Future" This idea focuses in making HVDC transmission lines more efficient at transporting renewable energy from remote locations. Efficient HVDC lines are essential to help society achieve the challenge of net zero goals by 2050. New HVDC insulation materials will offer better performance, longer lifetimes, and increased safety compared to current solutions. Advanced nanodielectric materials will address insulation issues, enabling higher power transmission and supporting global renewable energy adoption. #TakingonChallenges

"Enhanced my knowledge in Grid Compliance Study! Recently attended a webinar on Grid Compliance Study and gained insights into: - Generation types and their compliance - Managing controllable and uncontrollable loads - Frequency control and demand management - Power quality analysis and filter design - Integrating renewables into the grid Received my certificate and excited to apply my learnings to real-world challenges! Selvakumar S Priyadarshini Sridhar PowerProject Malathi Dhuraisamy #GridCompliance #PowerSystems #RenewableEnergy"

DNV has announced the completion of the first phase of its High Voltage Direct Current (HVDC) Standards joint industry project (JIP). This project was initiated to address gaps in the standards for HVDC transmission systems, which are crucial for modernizing the U.S. electric grid. As electricity demand rises due to the expansion of data centers, the electrification of transportation and buildings, and an increase in renewable energy generation, there is a pressing need to upgrade and expand the U.S. electric grid. HVDC transmission systems are seen as a viable solution for enhancing grid capacity, reliability, and resilience. However, their limited adoption has resulted in a lack of comprehensive standards. The initial phase of the JIP involved a high-level survey to identify the necessary standards and codes for implementing HVDC transmission systems in the U.S. The survey pinpointed four critical areas where standards are needed: performance/grid codes, manuals for Regional Transmission Organizations (RTOs) and Independent System Operators (ISOs), utility interconnection manuals, and offshore design requirements. Although some functionalities, such as active power control and fault ride-through, are partially covered by existing U.S. Grid Codes (e.g., IEEE 2800-2022, FERC LGIA, NERC RSBES), there are notable gaps in areas like control modes, islanded operation, and adaptive control. Although 98% of current transmission lines in North America are HVAC, HVDC lines are expected to constitute 10% of the grid by 2050 due to their cost-effectiveness and ability to transmit high capacity with minimal losses, particularly for undersea cables connecting offshore wind farms. #energytransition #electrification #renewableenergy #gridintegration #datacenters #hvdc #stadards #gridcodes #iso #rto #nerc #ferc #ieee #electricgrid

Do you own a power plant that operates in a region that needs more grid inertia due to the amount of renewable generation? If so, this could be a solution for you.

Multi-terminal technology is a key step towards the development of the DC grid, critical to the successful integration of renewable energy, paving the way for the energy transition.