How Grid-enSure supports 80 million km grid expansion for climate goals

Hitachi Energy Imagine an extension of 80 million kilometers. It’s a scale that’s hard to grasp. That's roughly equivalent to circling the Earth 2,000 times. Yet, this is the level of grid expansion or replacement required to meet climate and energy goals by 2040. Grid-enSure™ is a portfolio of solutions that supports this transformation with power electronics and advanced control systems. It delivers key functionalities such as grid-forming, synthetic inertia, fast-frequency response, voltage control, interoperability, and much more, helping operators manage complexity and unlock capacity across: Transmission systems Renewable energy integration Rail infrastructure Industrial networks Learn more: https://lnkd.in/gqpJryyN #GridEnSure #PowerElectronics #SmartGrid #EnergyInnovation #HitachiEnergy #GridIntegration

EnerNex Featured in Utility Dive! We’re proud to share that EnerNex has been highlighted in Utility Dive for our expertise in Electromagnetic Transients (EMT) modeling of inverter-based resources (IBRs). Utility Dive is a leading U.S. outlet read by utility executives, energy managers, engineers, and policymakers. As renewable energy integration grows, traditional grid modeling can’t fully capture the fast dynamics and complex behaviors of IBRs. EMT simulations are becoming essential to ensure grid reliability, stability, and compliance with evolving standards like IEEE 2800-2022 and IEEE 1547-2018. EnerNex’s experience in this field supports utilities in navigating these technical challenges and advancing the transition to a more resilient, sustainable energy system. 📖 Read the full article here: https://lnkd.in/e4aBrpQ3 #Energy #GridReliability #RenewableEnergy #EMTModeling #Utilities #CESI

⚡ Why Synchronous Condensers Are Making a Comeback As our power grids evolve with renewable integration, one “classic” technology is quietly becoming critical again: Synchronous Condensers (SCs). Think of them as the unsung heroes of the modern grid. Unlike generators, they don’t produce active power — but they deliver invaluable services: ✅ Voltage stability: by dynamically supplying or absorbing reactive power ✅ Short-circuit strength: essential for grid protection systems ✅ Inertia support: stabilizing frequency during disturbances With the rise of inverter-based resources (IBRs) like solar and wind, traditional system inertia and fault levels are declining. SCs are stepping in to bridge that gap, ensuring reliability and resilience — especially in regions rapidly shifting toward renewables. What’s exciting is that utilities worldwide are now combining SCs with STATCOMs and advanced controls, creating hybrid solutions that balance fast response with mechanical inertia. 👉 In many ways, the grid of the future is learning to stand on the shoulders of this century-old technology. 💡 Question for you: Do you see synchronous condensers as a temporary bridge until grid-forming inverters dominate, or a long-term backbone of stable grids? #PowerSystems #SynchronousCondenser #GridStability #RenewableEnergy

🔌 Grid-Following Inverters: The Technical Backbone of Modern Grids Grid-following inverters are the fundamental components enabling today's rapid integration of renewable energy sources. Their primary function is to act as a controlled current source, injecting power into the grid while strictly adhering to its existing conditions. The core of a grid-following inverter's operation is its ability to synchronize with the grid using a Phase-Locked Loop (PLL). The PLL ensures the inverter's output is perfectly aligned with the grid's voltage. This synchronization is captured by the relationship: Vgrid =Vm ⋅ cos(ωt+θ) [1] Here, Vm is the grid voltage magnitude, ω is the angular frequency, and θ is the phase angle, which the PLL tracks precisely. Based on this, the inverter's controller generates the current reference signals (Idref, Iqref) in a rotating reference frame (d-q frame) to control active and reactive power flow: ● Active Power (P): Controlled by the d-axis current. P = 3 ÷ 2 (Vd ⋅Id + Vq ⋅ Iq ) [2] ● Reactive Power (Q): Controlled by the q-axis current. Q = 3 ÷ 2 (Vq ⋅ Id −Vd ⋅ Iq ) [3] ● In grid-following mode, the inverter aligns its d-axis with the grid voltage vector, making Vq approximately zero. This simplifies the power equations to: P≈ 3 ÷ 2 (Vd ⋅ Id) [3] Q≈ - 3 ÷ 2 (Vd ⋅ Iq) [4] ● This allows for the independent control of active power (via Id ) and reactive power (via Iq), enabling the inverter to follow grid commands. ● Conclusion: While a highly effective strategy for today's centralized grids, grid-following inverters are dependent on a strong grid for stability. The rise of renewables is changing this, paving the way for #gridforming solutions that can create their own stable voltage and frequency. What are your thoughts on the future balance between grid-following and grid-forming technologies? 🤔 Will they coexist, or will one eventually dominate? #PowerElectronics #GridFollowing #RenewableEnergy #ElectricalEngineering #SmartGrid #PowerSystems #EnergyTransition

#Microgrids and #distributedenergyresources can reduce the need for transmission lines and transmission-scale generation, which lowers costs. A new coalition wants to deploy more of them to address cost increases driven by increasing loads from #datacenters, #AI and #electrification. Katherine Hamilton Lorenzo Kristov Sunrun Advanced Energy United Vote Solar Institute for Local Self-Reliance Pivot Energy https://lnkd.in/eFNKBYxX

“There are technologies out there that could benefit consumers right now, but consumers don’t know about them and don’t have access to them.” Katherine Hamilton, Acting Executive Director at Common Charge, featured in a recent Microgrid Knowledge article. At Common Charge, we’re on a mission to make #energy more affordable and accessible: more #distributedassets mean more savings for more people. Thank you to Lisa Cohn for the wonderful story — check out the full article here: https://lnkd.in/egYMKff2

Neutron Automation's PEMS: The Future of Hybrid Power Synchronization! Imagine a world where your Diesel Generator (DG), Solar Inverter, and Main Grid don't just coexist, but synchronize seamlessly to provide uninterrupted, optimized power. That's the intelligence of PEMS Smart Sync. Our advanced PEMS solution intelligently monitors and controls all your power sources, ensuring: - Cost Efficiency: Prioritize solar, optimize DG run-time. - Reliability: Instantaneous switching and load balancing. - Sustainability: Maximize green energy utilization. Transform your power infrastructure from complex to perfectly coordinated. #NeutronAutomation #PEMS #HybridPower #SmartSync #EnergyManagement #SolarPower #DieselGenerator #SmartGrid #Sustainability #Efficiency #PowerGeneration

From EnergyTech: Many developers pursuing off #grid power projects to avoid interconnection delays and fast-track #microgrid and prime power for #datacenters and #AI. . . Pacifico Energy is working on a massive, 5-GW #naturalgas powered generation and #energystorage in west Texas. https://lnkd.in/gaBUfMFF

As the grid evolves, operators face growing complexity. From rising demand to shifting generation patterns, traditional technologies alone aren’t enough. Grid-enSure™ delivers top end solutions based on Power Electronics and Advanced Control Systems that proactively enhance grid flexibility, resilience, and stability. ✅ Enhance reliability of supply ✅ Strengthen resilience of the grid ✅ Keep a changing grid under control ✅ Boost the integration of renewable energy ✅ Increase power transfer and unlock capacity With Grid-enSure™, the grid becomes more secure, scalable, and ready for the present and future challenges. Learn more: https://lnkd.in/e6q64mvr #GridEnSure #PowerElectronics #SmartGrid #EnergyInnovation #HitachiEnergy #GridIntegration

As someone working in the renewable energy field, I really appreciate how Grid-enSure™ addresses one of the biggest headaches we face—how to keep the grid reliable while we push for more renewables. The mix of power electronics and advanced control feels like giving the grid its own “smart brain,” constantly adjusting to whatever the day throws at it. 🌞⚡ Honestly, I think of it as giving the grid a yoga instructor—it keeps everything flexible, balanced, and way less stressed out. And let’s be real, a calm and stable grid makes everyone’s life easier.