Qbits Inverters: Pioneering Smart, Self-Learning Solar Tech

Founded in 2017 in Gujarat, Qbits Inverters Ltd. is transmuting the mode India harnesses solar power. The company designs and manufactures next-generation TLS Grid-Tie Solar Inverters while delivering comprehensive EPC (Engineering, Procurement, and Construction) services that provide end-to-end solar energy solutions for both homes and businesses. With more than 10 MW of successful installations, Qbits seamlessly blends technological innovation with a steadfast commitment to reliability, safety, and sustainability.

What truly differentiates Qbits is its emphasis on intelligent power management, ensuring the seamless and efficient conversion of sunlight into clean, usable energy. Every solution is meticulously engineered to optimize performance and reduce environmental impact, empowering customers to lower both operational costs and carbon emissions.

Fuelled by innovation and guided by a bold vision for a cleaner future, Qbits Energy has rapidly emerged as a trusted leader in India’s renewable energy sector. The company continues to empower communities nationwide to embrace a smarter, more sustainable way of living.

In an exclusive conversation with The Interview World at the Renewable Energy India Expo 2025, Keyur Rakholiya, CEO and Co-Founder of Qbits Inverters Ltd., delves into the defining features of Qbits’ inverters. He explains how their technology is poised to revolutionize the inverter segment across India, details the core working principles behind their design, and explores the vast growth potential within this dynamic market. The following are key insights from his compelling discussion.

Q: Could you elaborate on the key features of Qbits’ AI-powered solar inverter?

A: Qbits is an AI-powered solar inverter designed to think, diagnose, and respond intelligently. Its standout feature lies in its ability to self-detect errors. Whenever the inverter experiences a fault or shutdown, it instantly identifies the issue and automatically sends a detailed alert to the customer via WhatsApp. The message includes the specific fault code along with the most probable solution.

Powered by advanced artificial intelligence, Qbits continuously analyses data to determine the root cause and recommend corrective actions in real time. In essence, the inverter doesn’t just generate power—it learns, adapts, and resolves issues proactively. This intelligent automation redefines reliability and user convenience in solar energy systems.

Q: Is the inverter fully automated, or does it require manual intervention when issues arise?

A: The system operates automatically; however, it requires the inverter to be connected to the internet via a Wi-Fi stick. Qbits provides this Wi-Fi stick as part of the solution, ensuring seamless connectivity. For the automation to function effectively, the inverter must remain continuously connected to the internet.

Q: How do you envision this technology transforming the inverter industry in India?

A: These next-generation inverters are set to revolutionize the solar industry. Currently, many customers discover issues only after receiving unexpected electricity bills at the end of the month, despite having solar systems installed. This often happens because their inverter tripped at some point during the month, and they remained unaware of it due to the lack of real-time notifications or intelligent monitoring.

Qbits’ AI-powered inverter changes that completely. The moment an inverter trips or encounters a fault, the system instantly sends an alert to both the customer and the company. The built-in AI immediately analyzes the issue and attempts to resolve it autonomously. If the fault is corrected automatically, the system resumes normal operation without interruption. If not, Qbits dispatches an engineer promptly to resolve the issue on-site.

In short, Qbits’ intelligent automation ensures uninterrupted solar performance, faster response times, and complete peace of mind for every user.

Q: Can you explain the underlying technology and operating mechanism of the Qbits inverters?

A: The system operates on the IoT (Internet of Things) principle, enabling continuous communication between the inverter and the cloud server. The inverter constantly transmits real-time performance data to Qbits’ secure server, where the integrated AI model analyses the incoming information. It processes the data, identifies any fault codes, and then generates accurate diagnostic outputs and recommended actions.

In essence, the inverter, IoT connectivity, and AI intelligence work together seamlessly to deliver proactive monitoring and smart fault management.

Q: Can the Qbits inverter be monitored and managed remotely?

A: Yes, with Qbits, you can control your entire inverter system from anywhere in the world. All operational data is securely stored and protected on Qbits’ dedicated servers located in India. Through this intelligent remote-access capability, you can manage every function — from switching the inverter on or off to adjusting output parameters. Moreover, you can monitor comprehensive performance metrics in real time, including power generation, frequency, voltage, and overall system efficiency.

In short, Qbits puts complete control and transparency in the hands of the user, anytime, anywhere.

Q: Is the Qbits inverter an entirely indigenous product?

A: No, Qbits inverters are hybrid systems. While certain hardware components are sourced internationally, the software architecture and AI intelligence are entirely developed in-house in India. This integration allows Qbits to combine global-quality hardware with indigenous innovation, ensuring superior performance, reliability, and adaptability for Indian conditions.

Q: How do you see the growth potential for such type of inverters in the coming years?

A: We have recently launched the product, and the response has been overwhelmingly positive. Even in rural areas, where internet connectivity is now more widespread, customers are actively seeking smart features like these. Many users have already praised the innovation and convenience it brings. We are confident that people will continue to embrace this new technology as a step toward smarter, more connected solar solutions.