A. Eberle GmbH & Co. KG Facebook ad: “Watt’s Up Monthly Vol.”

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⚡📑 Watt’s Up Monthly Vol. 15: »LVRSys® Voltage Control in Low-Voltage Grids - Solving PV Overvoltage Fast« With the rapid growth of rooftop PV, many low-voltage feeders face local voltage rise, especially at the end of long lines. Once the +10% limit according to EN 50160 is exceeded, inverters may start curtailing or even stopping feed-in. Costly cable reinforcement or additional substations are often the traditional response. A decentralized voltage control approach can stabilize the affected feeder quickly and efficiently. It avoids major construction work. LVRSys® enables reliable voltage control directly in the critical grid section. This makes it ideal for areas with high PV penetration. In a real-world project with KNG Kärnten Netz GmbH, a compact two-cabinet LVRSys® solution was developed for existing infrastructure. The system resolves asymmetric feeder situations and restores EN 50160-compliant PV feed-in. In today’s episode of Watt’s Up Monthly, you will find a practical guideline to: • Understand why PV-driven voltage rise leads to inverter curtailment and EN 50160 compliance issues ✓ • Learn how decentralized voltage control stabilizes the critical feeder without impacting other branches ✓ • Discover how LVRSys® avoids civil works, reduces project time and delivers fast grid stabilization ✓ We also dive deeper into: • Why asymmetric grid topologies often cannot be solved sufficiently with a central rONT approach • How the compact LVRSys® two-cabinet design fits space-restricted stations and existing assets • The practical implementation workflow: measurements → critical feeder identification → decentralized control • KPI effects: stable voltage in the PV-dominant feeder, full PV feed-in, no trenching and scalable integration for future PV growth 👉 Read the full guideline here: https://www.a-eberle.de/en/special-publications/lvrsys-low-voltage-regulation/ Enjoy the read! Do you have questions or upcoming projects regarding voltage control in PV-dominated low-voltage grids? Contact us at [email protected]. Your A. Eberle - Team #LVRSys #LowVoltageGrid #VoltageControl #PVIntegration #EN50160 #GridStability #DSO #DistributionGrid #EnergyTransition #AEberle

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