By the turn of the millennium, Su-Kam was growing, but I wasn’t satisfied. I realized that to lead, we couldn’t just have a better “box”; we had to have a better brain. This is the story of how I tried to build an R&D powerhouse in a culture that was terrified of failing, ultimately leading to the creation of the First Digital Inverter.
This journey is not just about technology; it’s about the evolution of the First Digital Inverter.
The “Electronic Generator” and the LCD Revolution
The Impact of the First Digital Inverter on the Industry
The First Digital Inverter changed everything, making it user-friendly and intuitive.
With the introduction of the First Digital Inverter, we revolutionized user interaction.
The fame we achieved was largely due to the impact of the First Digital Inverter.
In those days, inverters were silent, mysterious black boxes. If they stopped working, you had no idea why. I wanted to change that. I wanted the machine to talk to the user.
We became the first in the industry to introduce a Digital Display. Today, an LCD screen is everywhere, but back then? It was like putting a computer screen on a toaster. It gave users power—they could see the load, the battery, the faults. We even branded it the “Electronic Generator. “https://ieeexplore.ieee.org/stampPDF/getPDF.jsp?arnumber=476602
I started giving our models distinct names, and they became famous. Looking back, I realized I’d missed a trick—I should have made them independent brands, like car models. But at the time, my focus was purely on the “New.” I wanted the world to see that an Indian company could out-innovate anyone.
Building the “Temple” of R&D
I knew that “good enough” was the enemy of “great.” So, I established a dedicated R&D center. I bought the most expensive testing equipment and cleared out space for engineers to dream.
But I quickly hit a wall—not a technical one, but a human one.
It was a driving force, the First Digital Inverter, that pushed our boundaries.
Every time I saw our model in action, I thought of the legacy of the First Digital Inverter.
In India, I encountered a culture where “Job Security” was a god and “Failure” was a sin. I was looking for rebels, for inventors, for people who wanted to break things to learn how to fix them. Instead, I found engineers who were terrified of making a mistake. They wanted to stick to what they knew.
The Battle Against “Knowledge Hoarding”
I saw a pattern that broke my heart: brilliant engineers who would hoard knowledge like a secret treasure. They thought that if they were the only ones who knew how a circuit worked, their job was safe.
Finding the right leader for the vision of the First Digital Inverter was a challenge.
The vision of the First Digital Inverter always motivated my team to strive for greatness.
I fought this every single day. I tried to foster a mindset of “Ownership” and “Pride.” I wanted my engineers to walk past a house, see a Su-Kam inverter, and tell their children, “I designed the heart of that machine.” But for many, it was just a 9-to-5. When they got comfortable, they stopped growing. I remember one engineer who refused to move past outdated Assembly language—he became a bottleneck for the whole team because he was too scared to learn the new world.
We aimed to redefine what a user expects from the First Digital Inverter.
In retrospect, the First Digital Inverter was more than a product; it was a movement.
The Overload Lesson: Listening to the “Pain”
My R&D wasn’t just about fancy screens; it was about solving real human frustration.
A customer complained that their inverter kept shutting down because of “Overload” the moment they turned on an extra light. Instead of telling the customer they were wrong, I went to my team. We developed a multi-stage overload protection system. It gave the user a warning, a “grace period,” and more control. It wasn’t just a feature; it was empathy converted into electronics.
The Leadership Gap
My biggest regret? I couldn’t find a leader who shared my madness for innovation. I often ended up managing the R&D myself because finding an experienced engineer who could also inspire was like looking for a needle in a haystack. Many talented youngsters joined us, but they left because the “senior” culture was too rigid, or plagued by the old-school mindset of maintaining positions rather than making progress.
My Hard Truth
My journey in R&D taught me that technology is easy, but people are complex. You can buy the best Anritsu analyzer in the world, but you cannot buy “Curiosity.”
I learned that for an organization to grow, the fear of change must die. I didn’t just build inverters; I spent my life trying to build a culture where an engineer’s greatest fear wasn’t “losing their job,” but “losing their edge.”
I am still a student of that journey, and that fire to innovate—regardless of the barriers—is what still keeps me awake at night.