Advancing Grid Stability in the Era of High Renewables

A Must-Read White Paper for Power Plant Leaders, Grid Operators, and Energy Policymakers

As renewable energy accelerates across the globe, today’s power networks face a significant challenge: how do you maintain grid stability when renewable resources lack inherent inertia and voltage support?

This expert white paper, Supporting Grid Stability: Building a New Energy System with Synchronous Condenser Conversion, breaks down the engineering, economic, and regulatory solutions required to keep modern grids reliable during the clean energy transition.

Download now to learn how retired or underutilized generators can be repurposed into high-value grid-stabilizing assets.

What You Will Learn Inside the White Paper

• Discover how rising renewable penetration and declining thermal generation impact inertia, voltage stability, load flow, and black-start capability
• See how traditional rotating equipment supports frequency control, fault ride-through, and voltage stability, and understand what is lost when these plants retire
• Explore the four building blocks of a modern, resilient grid. These include expanded transmission, storage, two-way power flow, and synchronous condensers

…and more.

Who Should Download This White Paper

This resource is essential for Power Plant Operators and Owners, Transmission and Grid Operators, Energy Policymakers and Regulators, Engineering, EPC, and Grid-Planning Consultants

The shift toward renewable-heavy grids is accelerating. Decisions made today will shape system reliability for decades. This white paper offers clear, evidence-based guidance and includes proven technology insights, practical case studies, and actionable policy considerations.

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