Breakthrough in Solar Power Reliability by NIT Raipur’s Assistant Professor Lalit Sahu
Lalit Sahu, Assistant Professor in the Electrical Department at NIT Raipur, has pioneered the development of a groundbreaking ‘Fault Tolerant Inverter.’ This innovation aims to ensure uninterrupted electricity supply from solar panels, catering to both residential and industrial needs.
Addressing Challenges in Solar Power Systems
Assistant Professor Sahu, driven by insights from industry surveys and research articles, identified a critical issue in the average lifespan of solar panels (15-20 years) and the objects converting power (10-12 years) facing frequent faults. In response, the team at NIT Raipur embarked on creating a system capable of tolerating faults and maintaining consistent power supply.
Innovative ‘Fault Tolerant Inverter’
The ‘Fault Tolerant Inverter’ regulates power variations in solar panels, guaranteeing a seamless power supply. The first patent, initially partial fault-tolerant, prompted further enhancements. Subsequently, the team improved the design, implemented smarter controls, and successfully secured a second patent, making it fully fault-tolerant.
Versatile Applications
This revolutionary inverter isn’t confined to residential settings; it extends its capabilities to industrial areas as well. Its adaptability ensures a reliable and continuous power supply, addressing concerns related to faults in switches or capacitors.
Ensuring 100% Power Delivery
Assistant Professor Sahu emphasized that the ‘Fault Tolerant Inverter’ stands out by ensuring 100% power delivery even in the presence of faults in switches or capacitors. This resilience marks a significant advancement in the reliability of solar power systems.
NIT Raipur’s innovative solution marks a milestone in the quest for efficient and uninterrupted solar power, with potential applications across various sectors.
Source：telanganatoday.com
