Our Cases for Utility-Scale Storage

Arquitetura Técnica e Capacidades Principais

  • Integrated Utility-Scale Architecture: Our solution utilizes flexible AC-coupled or DC-coupled architectures, governed by an advanced SAMU designed for utilities. This centralized control synchronizes wind, solar, and storage sub-systems to ensure seamless plant-wide operation and management.

  • Maximizing Renewable Yield & Time-Shifting: We solve the critical issue of renewable curtailment  by coordinating storage with generation assets. By capturing excess power during generation peaks and releasing it during high-demand periods, the system enables precise energy time-shifting to eliminate energy waste.

  • Millisecond-Level Grid Stability: Engineered for the highest level of grid reliability, our SAMU provides instantaneous frequency and voltage support. The system delivers millisecond-level responses to stabilize grid fluctuations, ensuring the power plant remains a robust and reliable asset for the wider network.

  • Automated Dispatch & Revenue Optimization: The system seamlessly executes grid dispatch center commands or user-preset instructions for peak shaving and frequency regulation. This unlocks multiple revenue streams, including independent storage capacity fees, peak-valley arbitrage, and ancillary grid services.

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