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Power Grid Frequency Regulation
Abstract:
By leveraging high‑power energy storage technologies and intelligent control systems, the grid’s frequency can be monitored and adjusted at the millisecond level, enabling participation in both primary and secondary frequency regulation while simultaneously playing a crucial role in rapidly mitigating deviations and enhancing grid resilience, thereby providing key support for the safe and stable operation of power systems with a high proportion of new energy integration.
Through high‑capacity energy storage technologies and intelligent control systems, the grid’s frequency can be monitored and dynamically adjusted at the millisecond level, enabling direct participation in the instantaneous power balance of primary frequency regulation and rapidly mitigating frequency deviations caused by sudden load changes or fluctuations in new energy sources. At the same time, in secondary frequency regulation, grid‑side energy storage, as an independent regulating resource, can precisely track grid dispatch commands, providing continuous and stable active power support, enhancing the grid’s resilience to complex operating conditions, and offering critical support for the safe and stable operation of power systems under high‑proportion new energy integration, thereby driving the green transformation and sustainable development of new power systems.
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