Hitachi Energy Unveils AxoniQ for Efficient Renewable Energy Transmission

Hitachi Energy unveils AxoniQ™: A new era for multi-terminal HVDC systems Hitachi Energy has announced the launch of AxoniQ™, a new portfolio of solutions designed to support the next generation of multi-terminal direct current (MTDC) systems. As electricity networks become increasingly complex, MTDC technology is set to play an important role in creating more flexible, resilient and interconnected transmission systems. The AxoniQ™ portfolio uses advanced power electronics and control technologies to support: - Greater connectivity between multiple power sources and demand points - Improved controllability and protection of transmission networks - More flexible and scalable HVDC infrastructure - Real-time power flow management and improved grid resilience Developed by Hitachi Energy’s Grid Integration Business Unit, AxoniQ™ has been researched for more than a decade, with the aim of supporting future HVDC systems that are interoperable by design. According to Niklas Persson, CEO of Hitachi Energy’s Grid Integration Business Unit, the technology represents a milestone in the evolution of DC grids, helping grid operators integrate renewable power more reliably and efficiently. The launch forms part of Hitachi Energy’s Grid-enSure® portfolio, supporting the stabilisation of power systems by strengthening transmission, managing frequency variations and addressing capacity constraints. As the global transition towards electrification continues, solutions like AxoniQ™ demonstrate the ongoing evolution of transmission networks and the technology being developed to support future energy systems. Read more: https://lnkd.in/e2QHZc-7 #HitachiEnergy #AxoniQ #HVDC #MTDC #TransmissionNetworks #PowerSystems #GridIntegration #EnergyInfrastructure #RenewableEnergy #Electrification #FutureGrid #EnergyTransition

As electricity demand continues to grow—driven by AI, advanced manufacturing, and industrial expansion—the biggest challenge isn't always generating power. It's connecting to the grid. The solution? Think beyond the traditional interconnection model. Organizations are accelerating projects by combining on-site generation, microgrids, Battery Energy Storage Systems (BESS), and renewable energy into resilient, hybrid power systems. These solutions can reduce exposure to lengthy interconnection queues, improve reliability, and provide the flexibility to scale as utility infrastructure catches up. The future of energy isn't about choosing between the grid and on-site power—it's about integrating both to deliver reliable, resilient, and ready-now electricity. #OnSitePower #Microgrids #EnergyInfrastructure #GridModernization #BESS #NaturalGas #SolarEnergy #WindEnergy #EnergyStorage #AIInfrastructure #DataCenters #PowerGeneration #EnergyTransition #DistributedEnergy #PrimePowerInc

Renewable energy is no longer the biggest challenge. The real challenge is making our power grids smart enough to manage it. Across Europe, renewable generation continues to grow rapidly. But every new solar or wind installation increases the need for a more flexible and intelligent electricity system. The future grid will not rely only on stronger infrastructure. It will increasingly depend on: ⚡ Real-time monitoring 🤖 AI-driven forecasting 🔋 Battery Energy Storage Systems (BESS) 📊 Advanced energy management 🌍 Greater coordination between grid operators and energy producers The energy transition is evolving from an engineering challenge into a systems integration challenge. In my opinion, the countries that invest today in digital, resilient and flexible grids will be the ones best prepared for tomorrow's energy demands. What do you think will have the greatest impact on the next generation of power systems? 🔹 AI and digitalization 🔹 Battery storage 🔹 Grid expansion 🔹 Demand-side flexibility #EnergyTransition #SmartGrid #Digitalization #EnergyStorage #BESS #RenewableEnergy #Engineering #Infrastructure #ProjectManagement #Innovation

EODev and Baudouin partner on high-efficiency, distributed power generation The partnership will introduce solid oxide fuel cell (SOFC) technology to EODev’s portfolio of clean, distributed and reliable power solutions, with a dedicated offer to be unveiled in September 2026. #solarnews #solar #power #renewableenergy #greenenergy #Baudouin #EnergyStorage #EODev #power #Technology https://lnkd.in/gtMczG4t

Hitachi Energy, a global leader in electrification, has announced the launch of AxoniQ™, its comprehensive portfolio of solutions for multi-terminal direct current (MTDC) systems. As global electricity demand accelerates, MTDC systems are becoming critical to ensuring a secure, affordable, and sustainable power grid. AxoniQ takes its name from axons, the part of a nerve cell (neuron) that carries electrical signals away from the cell body to other neurons, muscles or glands, effectively functioning as the body’s electrical system. Like axons, AxoniQ brings power to life across the grid – intelligently and effectively transmitting electricity between multiple sources and demand points, acting as the vital connection that enables a more responsive, resilient, and interconnected energy system. - AxoniQ takes traditional HVDC systems to the next level, supporting efficient and scalable multi-terminal DC grids for the next step in asset and investment optimisation - Is a pioneering portfolio of three solutions based on advanced power electronics and control, ensuring connectivity, controllability, and protection - Designed to drive the electrification era with resilient and flexible power transmission As renewable energy deployment accelerates and power systems become increasingly interconnected, MTDC systems help manage congestion and improve resilience by allowing dynamic power flow between multiple terminals and across different energy markets, while supporting faster planning, procurement, and execution of grid projects. By connecting multiple power sources and demand points, MTDC grids enable electricity to be directed where it is needed most. ENTSO E’s Offshore Network Development Plans 2024 report predicts that by 2040, grids developed with MTDC systems will boost transmission capacity up to nearly threefold. Achieving the same capacity and reliability without these solutions would require substantial capital investment. Optimised assets not only translate into fewer converter stations, but also into fewer power cables and lines and a reduced use of land and materials, underpinning a more sustainable energy system for the benefit of both society and the environment. Marking a significant step toward greater interoperability, the launch of AxoniQ comes as governments and grid operators worldwide accelerate investments in transmission infrastructure toward a fully electrified world to integrate renewable energy at scale, strengthen cross-border interconnections, and improve energy security. Together, the AxoniQ suite of cutting-edge power electronics solutions enables the re-routing of power in real time, rapid fault isolation, and maintaining continuity of power supply while minimising the impact on the wider grid and avoiding the risk of costly power interruptions... read more https://lnkd.in/e-22Udps #Energy #EnergySector #PowerGrid

⚡ THE AGE OF ELECTRICITY: 4 MARKET SHIFTS DEFINING 2026 1️⃣ Demand is growing faster than ever AI data centers, EVs, industrial electrification, and cooling demand are driving a new wave of electricity consumption. 2️⃣ Energy Storage has entered the mainstream Battery deployment exceeded 100 GW annual additions globally, turning storage into a key grid asset rather than just a renewable add-on. 3️⃣ The Grid is the New Bottleneck Thousands of GW of renewable, storage, and large-load projects are waiting for grid connections worldwide. Building generation is no longer enough—grid readiness matters. 4️⃣ Flexibility Creates Value Future power systems will require a combination of: ✅ Renewables ✅ Energy Storage ✅ Flexible Engine Power Plants ✅ Digital Optimization The question is no longer: ❌ "How many MW can we build?" The real question is: ✅ "How flexible, reliable and grid-ready is the solution?" As power systems continue their transition toward higher renewable penetration, flexibility is becoming the most valuable commodity in the electricity market. Hashtags #EnergyTransition #ElectricityMarket #PowerGeneration #RenewableEnergy #BatteryStorage #GridFlexibility #EnergyStorage #PowerPlants #Engineering #Decarbonization #Wartsila

America’s Energy Transformation: Innovation Powering the Future The energy industry is undergoing one of the most important transformations of the modern era Across the United States, companies, researchers, and policymakers are exploring new ways to create a cleaner, smarter, and more resilient energy future Several trends are shaping the next generation of energy: Battery technology is becoming a strategic advantage Advanced energy storage solutions are helping improve grid stability and supporting the growth of electric vehicles and renewable power Clean energy innovation is accelerating Solar, wind, hydrogen, and next-generation energy technologies are attracting investment and driving new industrial opportunities Smart energy systems are changing how power is managed Digital technology, artificial intelligence, and advanced analytics are helping optimize energy production and consumption Energy security is becoming a global priority A reliable and innovative energy system is essential for economic growth, manufacturing, and technological leadership The future of energy will not be defined by one single technology It will be created through the combination of innovation, investment, and collaboration A smarter energy future is being built today #CleanEnergy #RenewableEnergy #EnergyInnovation #Sustainability #BatteryTechnology #ClimateTech #ElectricVehicles #FutureEnergy #Innovation #USA

⚡ Are we entering the true "Age of Electricity"? The global energy sector is facing a fascinating challenge: electricity demand is growing faster than ever, driven by electrification, AI, data centres, electric vehicles, and industrial transformation. While renewable energy continues to expand at record pace, generation alone will not be enough. The next decade will require stronger grids, more energy storage, greater system flexibility, and smarter demand management. In my view, the real opportunity is not only producing clean energy, but also ensuring it can be delivered reliably, efficiently, and affordably when and where it is needed. The energy transition is increasingly becoming a systems integration challenge rather than a generation challenge. What do you think will be the most critical factor: grid expansion, storage technologies, or demand-side flexibility? #EnergyTransition #Renewables #PowerSystems #Energy #Electricity #Grid #BatteryStorage #Sustainability

Global High-Voltage Direct Current Systems Market, 2021-2036 As per Syllogist Global Research, high-voltage direct current systems are vital for long-distance and offshore power transmission between 2021 and 2036. Renewable integration, cross-border interconnectors, and offshore wind are driving HVDC links and converter stations. Growth is led by Europe, China, and India, where grid expansion and clean energy targets are large. Efficiency over distance, controllability, and stability make HVDC attractive for bulk transfer. Undersea cables and grid interconnection are key applications. Suppliers offering reliable converters, cables, and system expertise are best placed to grow as power grids move large volumes of renewable electricity across regions worldwide. #HVDC #PowerTransmission #GridInterconnection #OffshoreWind #EnergyInfrastructure #CleanEnergy #GridExpansion For "Global High-Voltage Direct Current Systems Market, 2021-2036" Contact Us here https://lnkd.in/gpZT6n2j  IEEE Power & Energy Society WindEurope ENTSO-E Hitachi Energy Siemens Energy GE Vernova PrysmianGroup Nexans NKT Mitsubishi Electric

Solid State Transformer Market Companies Driving Rapid Growth Through 2034 – Grid Bridge, Varentec, Miracle Electronics To Know More : https://lnkd.in/g5F7xsTX Solid State Transformer Market is gaining significant momentum as the global energy sector transitions toward smarter, more efficient power distribution systems. The market is projected to grow from USD 171.3 million in 2024 to approximately USD 614.1 million by 2034, registering a robust CAGR of 13.6% during the forecast period. Solid state transformers represent a major advancement over conventional transformers by incorporating power electronics and semiconductor technologies that enable enhanced control, improved efficiency, reduced size, and seamless integration with renewable energy systems. Their growing adoption across smart grids, electric vehicle charging infrastructure, railway electrification, and renewable energy projects is creating strong growth opportunities for industry participants worldwide. #solidstatetransformer #smartgrid #powerelectronics #energytransition #gridmodernization #electricalengineering #renewableenergy #powerdistribution #energystorage #electricvehicles #smartenergy #industrialautomation #markettrends #cleanenergy #futureenergy