Between 2019 and 2024, thousands of real-world data points have demonstrated what many project managers, O&M managers, and energy investors already suspected: the photovoltaic inverter is the main operational and financial bottleneck in solar plants.In this video, we explain, with concrete figures, why these failures not only affect technical availability but also directly compromise the project's EBITDA.
✅ 43% of failures in a photovoltaic plant are related to the inverter.
📉 They represent 36% of annual production loss.
💸 The cost of these failures can exceed €3.8 million/year in a 100 MWp plant.
In addition, we address:
🔧 The 10 most common inverter failures: IGBTs, capacitors, cooling, firmware, communication, etc.
🔥 The critical role of thermal management as a transversal factor of degradation.
💼 The impact on OPEX, production losses, contractual penalties, and loss of profitability.
🔍 Mitigation and ROI strategies with predictive maintenance, digitalization, advanced SCADA, and firmware updates.
This video not only analyzes "what fails," but also how much it costs when it fails, how to anticipate it, and how to correct it.
Ideal for CEOs, technical directors, O&M managers, investors, and finance teams who need to make strategic decisions based on real data.
🔗 Contact me on LinkedIn to explore together how to apply AI to your solar projects to improve profitability.
Linkedin:
#SolarEnergy #ProjectManagement #O&M #SolarInverters #PredictiveMaintenance #SCADA #SolarPerformance #SolarDigitalization #RenewableProfitability #SolarPV
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