Enhancing irrigation systems with SolarEdge technology


  • George SUCIU Beia Consult International, Bucharest, Romania
  • Robert FLORESCU Beia Consult International, Bucharest, Romania
  • Stefania DINU Beia Consult International, Bucharest, Romania
  • Maria NICULAE Beia Consult International, Bucharest, Romania


SolarEdge technology, photovoltaic systems, energy optimization


SolarEdge technology is an established advancement in solar energy, optimizing photovoltaic system performance through innovative hardware and software. Its primary objective is to maximize solar energy production and enhance efficiency in intelligent storage systems. The use of power optimizers for individual panels ensures efficient control, eliminating shading issues and system-wide malfunctions. The technology includes a versatile hybrid inverter that operates autonomously or collaborates with alternative sources like batteries or the grid. Remote management ensures seamless operation, while the real-time monitoring platform offers insights into energy production and consumption, facilitating prompt intervention. Compared to traditional approaches, SolarEdge offers higher energy efficiency, rapid issue resolution, advanced management, and potential battery integration. The article underscores SolarEdge's efficacy in addressing energy production and monitoring challenges, particularly shading and monitoring limitations. The technology optimizes individual panel energy generation, enhancing integration with alternative sources for increased output. The article also explores SolarEdge's real-time monitoring and its potential in sustainable irrigation. In conclusion, SolarEdge transforms photovoltaic systems, efficiently addressing challenges and extending to innovative applications, maximizing energy utilization sustainably. The article is structured into sections: Introduction establishes context, Related Work compares existing approaches, The SolarEdge Solution details the technology, SolarEdge's Role in Advancing Sustainable Irrigation explores its application, and Conclusions summarize its impact on photovoltaic systems and sustainable energy. 




How to Cite

SUCIU, G. et al. 2024. Enhancing irrigation systems with SolarEdge technology. Smart Cities International Conference (SCIC) Proceedings. 11, (Jun. 2024), 559–569.

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