
This video is based on real data and technical analysis to help you identify the most vulnerable points of a solar inverter, understand their causes, and anticipate them with predictive maintenance and advanced thermal management strategies.
🔍 In this video, you will learn:
Why IGBTs are the "electronic heart" of the inverter... and the most critical component due to their cost, frequency, and operational risk.
How a failure in the cooling system may seem minor, but it is a "silent leak" that reduces the lifespan of the entire equipment.
The danger of degraded capacitors that don't give any warning until they explode, causing cascading damage and extended downtime.
What to do to avoid unplanned shutdowns, production losses, PPA penalties, and unbudgeted operating cost overruns.
How to stay ahead of the curve with thermal sensors, properly configured SCADA, N+1 redundancy, and AI-based predictive maintenance.
💼 This content is essential if you manage large-scale solar assets and seek to maximize availability, minimize technical OPEX, and protect the project's operating EBITDA.
🚀 Align your operations with industry best practices and renegotiate O&M contracts from a position of technical and economic advantage.
📩 Interested in applying these strategies to your plant?
Connect with me on LinkedIn and let's discuss how we can help you reduce failures and improve results.
Linkedin:
#SolarPlants #IGBT #PredictiveMaintenance #OPEX #SolarInverters #capex
#Capacitors #CriticalFailures #RenewableEnergy #ThermalManagement #solar #photovoltaic