Grid Stability in the Renewable era: Leveraging Intelligent Voltage Regulation and Power Quality Management

Recording of Tuesday, June 23, 2026 | The smarter E Europe Exhibition Program 2026 | Language: English | Duration: 10:03 .

Innovations in Voltage Regulation and Integration of Renewable Energy in Power Networks

The integration of distributed generation and volatile loads into power networks poses challenges due to limitations in conventional voltage control. Traditional systems lack voltage regulation at the low-voltage level, leading to restricted margins for voltage fluctuations at customer endpoints. Modern network planning incorporates Voltage Regulation Distribution Transformers (VRDTs), enhancing grid stability and allowing for increased penetration of renewable energy sources, such as rooftop solar panels and electric vehicle charging stations. Utilities in Germany have begun adopting this technology, with companies procuring new distribution transformers as VRDTs, indicating a shift towards modernized energy distribution. Additionally, Brazil is witnessing rapid growth in overhead power lines and small transformers, underscoring a global trend of expanding electrical infrastructure. VRDTs stabilize voltage on the low voltage side, making them cost-effective for widespread deployment, while supporting dynamic compensation solutions to address reactive power issues. Effective voltage regulation in renewable generation plants is essential for meeting grid compliance, with advanced strategies demonstrating improved energy yield and operational stability.

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Speaker

Waqas Hussain
Global Account Manager
Reinhausen GmbH

Talk of session: Grid Stability in Practice: Managing Congestion, Flexibility and Power Quality

Grid congestion and renewable growth are reshaping system operation. This session showcases real-world approaches to maintaining stability, from managing network constraints to improving system performance. Discover how advanced grid technologies, power quality and demand flexibility contribute to a more reliable and resilient grid.

Further Talks of this session: