Gamesa Electric Releases Study on Losses Due to Harmonics in Pv Plants
Gamesa Electric has released a white paper on losses due to harmonics in PV plants, including an independent study that
PV Magazine International 3:55 pm on May 23, 2024
Gamesa Electric released a white paper highlighting the impact of total harmonic distortion (THD) on grid stability, specifically in PV plants. The study reveals that Ultra-low THD inverters, like Gamesa Electric Proteu, can improve energy yield by up to 0.35%. The paper emphasizes the need for advanced inverter designs beyond outdated compliance standards to minimize power losses and reliability issues related to harmonics.
- White Paper Release: Gamesa Electric unveils a new white paper on the significance of Total Harmonic Distortion (THD) in Photovoltaic Plants.
- Importance of THD Reduction: The study points out that harmonics significantly affect grid stability, causing power losses and equipment degradation. Gamesa Electric Proteu's Ultra-low THD design can enhance energy yield by up to 0.35%.
- Study Conclusion: Outdated compliance standards fail to address harmonics, thus the need for innovative designs like Gamesa Electric Proteus to minimize power loss and maintain reliability.
- Inverter Impacts: Harmonics stem from variations in solar irradiance, temperature changes, and switching behaviors. Techniques like phase-shifting help reduce THD but the ultimate solution lies with advanced designs for optimum efficiency.
- Industry Relevance: This paper advocates a shift towards modern inverter solutions to meet the future demands of increasing grid stability and renewable energy production.
https://www.pv-magazine.com/2024/05/23/gamesa-electric-releases-study-on-losses-due-to-harmonics-in-pv-plants/