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<h3>Power Guard: Kunwer Sachdev’s Revolutionary Answer to Inefficient Stabilizers</h3> In the world of electrical innovation, few stories are as inspiring as that of Kunwer Sachdev—a man who dared to challenge the status quo. Years ago, when stabilizers were a common household necessity, he saw something most people overlooked. To the average consumer, stabilizers were simply a protective device for appliances. But to Kunwer Sachdev, they were a symbol of inefficiency, wastage, and needless expense.<h3>&nbsp; The Hidden Power Drain in Every Home</h3>At the time, stabilizers were notorious for their inefficiency. They consumed enormous amounts of power without the user even realizing it. For example, if an air conditioner consumed 2000 watts, the stabilizer itself would silently gulp down an extra 400–500 watts. Multiply that across millions of homes, and the waste was staggering. People had no idea that the very device meant to save their appliances was quietly draining their electricity—and their wallets.Kunwer Sachdev was not the kind of man to sit in an office and make assumptions. He spent days in the field, talking to users, observing their setups, and meticulously researching. His conclusion was clear: the traditional stabilizer was outdated, inefficient, and ripe for replacement.From this realization was born the Power Guard—a revolutionary power protection device designed to replace traditional stabilizers altogether. It wasn’t just about protecting against voltage surges, dips, and fluctuations. It was about doing so with unmatched efficiency, without wasting precious energy.<h3>&nbsp; Innovation Ahead of Its Time</h3>The Power Guard was ahead of its time, offering superior protection for valuable home and office appliances. It came in two models: a compact 6-amp version for smaller appliances and a 16-amp version for heavy-duty devices like air conditioners. Kunwer even envisioned a Wi-Fi-enabled Power Guard for advanced urban needs—a glimpse into the smart home era before it became mainstream.And yet, as with many visionary products, the journey wasn’t without challenges. While Power Guard created waves in the market, shifting perceptions both in India and abroad, it struggled to gain mass traction due to changing market dynamics and improving power quality in urban areas.In the midst of this, Kunwer Sachdev also filed a patent for his groundbreaking invention. But fate had other plans—when Su-Kam went bankrupt, no one from the company followed up on the application. The patent, like the full potential of the Power Guard, remained unrealized.Even so, the legacy of the Power Guard lives on—not just as a product, but as a symbol of Kunwer Sachdev’s unwavering commitment to innovation. It was a reminder that progress isn’t always about invention alone; sometimes it’s about seeing the flaws in what everyone else accepts as “good enough” and daring to create something better.<h3>Disclaimer</h3>Mr. Kunwer Sachdev, the original founder and visionary behind Su-Kam, is no longer associated with Su-Kam Power Systems Ltd. He has not been involved in the management, operations, or decision-making of the company for several years. Any products, services, communications, or representations made under the Su-Kam name have no connection to Mr. Kunwer Sachdev. His current efforts are entirely focused on new innovations and ventures under different entities, including his latest initiative, Su-vastika, which is redefining the energy storage and power backup industry.

Power Guard: Kunwer Sachdev’s Revolutionary Answer to Inefficient Stabilizers

<h3>Innovation Takes Flight: The Story of Kunwer Sachdev’s LED Revolution</h3>In the early days of inverter technology, LED indicators were anything but inspiring—dull, basic, and limited to showing the bare minimum. They were functional, yes, but far from innovative. Back then, no one imagined these small lights could be transformed into something more—until Kunwer Sachdev came along.<figure id="figure-of1qv7ejome4csgxn"><img id="of1qv7ejome4csgxn" src="https://cdn.durable.co/blocks/3alvwSAcHrUlNilq7ukN7JFbGIy8BkJrdfoIuyYGrWerYaku5IqwTn8La0tDTlxM.jpg" alt="" title="" class="object-cover bg-gray-100 rounded-2xl md:rounded-3xl lg:rounded-4xl" style="aspect-ratio: 16/9; object-position: center center;" data-corners="default" data-aspect="16:9" data-caption="" data-positionx="undefined" data-positiony="undefined" data-fullwidth="false" data-mce-src="https://cdn.durable.co/blocks/3alvwSAcHrUlNilq7ukN7JFbGIy8BkJrdfoIuyYGrWerYaku5IqwTn8La0tDTlxM.jpg" data-mce-style="aspect-ratio: 16/9; object-position: center center;"></figure>Kunwer, often traveling between cities for work, found himself frequently aboard Air India flights. On these journeys, something caught his attention—the airplane’s LED display system. Simple, yet brilliantly designed, these multipurpose indicators could convey several messages at once: seatbelt signs, call buttons, no-smoking warnings, and more. They were clear, efficient, and aesthetically pleasing.One day, mid-flight, Kunwer had a thought that would change the inverter industry forever: Why not use a similar LED system for inverters? If airplanes could communicate so much through compact, bright indicators, why couldn’t inverters do the same for battery status, charging, and alerts?Determined to bring his vision to life, Kunwer returned and immediately shared his idea with his engineering team. They began R&amp;D, but the path was not easy. The technology used in aircraft was different, and adapting it to inverter systems was a challenge.<figure id="figure-4p6jcs2j9pme4csz58"><img id="4p6jcs2j9pme4csz58" src="https://cdn.durable.co/blocks/16d5KfxYfVrLtm5py9RT553ifP8VkzmifGLnm14gz5yyICMKNobqFEyvITViYhat.jpg" alt="" title="" class="object-cover bg-gray-100 rounded-2xl md:rounded-3xl lg:rounded-4xl" style="aspect-ratio: 16/9; object-position: center center;" data-corners="default" data-aspect="16:9" data-caption="" data-positionx="undefined" data-positiony="undefined" data-fullwidth="false" data-mce-src="https://cdn.durable.co/blocks/16d5KfxYfVrLtm5py9RT553ifP8VkzmifGLnm14gz5yyICMKNobqFEyvITViYhat.jpg" data-mce-style="aspect-ratio: 16/9; object-position: center center;"></figure>Fate, however, had a helping hand. Kunwer had a friend in the aviation department, and upon hearing his idea, the friend arranged for an actual LED circuit system from a plane to be sent to Kunwer for research. It was a small but vital step that brought the dream closer to reality.With the circuit in hand, Kunwer’s team went to work. The first attempt failed. The second attempt failed. The third attempt… also failed. But giving up was never in Kunwer’s nature. On their fourth try, after countless late nights and problem-solving breakthroughs, they finally succeeded. The first inverter with an advanced, multipurpose LED indication system was born.It was a quiet revolution. Customers loved it. Dealers admired it. Competitors… noticed it. The design quickly became a sensation, setting a new industry standard. But in his humility, Kunwer never patented his innovation. That decision, while noble, meant that soon every manufacturer in the industry copied the design. What began as Kunwer’s unique idea became the norm across the market.<figure id="figure-ad16x7i7b2me4ctkjp"><img id="ad16x7i7b2me4ctkjp" src="https://cdn.durable.co/blocks/0DVgO9pSiEDZAIqAywGJiZOtav2f74oUBmxxgRRrONCZgjBd0XPHB98Fgose0M1H.jpg" alt="" title="" class="object-cover bg-gray-100 rounded-2xl md:rounded-3xl lg:rounded-4xl" style="aspect-ratio: 16/9; object-position: center center;" data-corners="default" data-aspect="16:9" data-caption="" data-positionX="undefined" data-positionY="undefined" data-fullWidth="false"/></figure>Yet, for those who know the story, the legacy remains clear—this transformation started with one man’s vision on a quiet flight, a borrowed circuit from a friend, and an unyielding belief that even the smallest details can elevate an entire industry.Kunwer Sachdev didn’t just innovate LED indicators—he redefined how the industry thought about communication, design, and user experience. And though his idea now lights up countless inverters around the world, the spark that ignited it will always be his. DisclaimerMr. Kunwer Sachdev, the original founder and visionary behind Su-Kam, is no longer associated with Su-Kam Power Systems Ltd. He has not been involved in the management, operations, or decision-making of the company for several years. Any products, services, communications, or representations made under the Su-Kam name have no connection to Mr. Kunwer Sachdev. His current efforts are entirely focused on new innovations and ventures under different entities, including his latest initiative, Su-vastika, which is redefining the energy storage and power backup industry.

Innovation Takes Flight: The Story of Kunwer Sachdev’s LED Revolution

<h3>A Quiet Revolution: The Story Behind the Battery Life Cycle Tester</h3>When you think of trailblazers, you often imagine giant leaps — product launches, patents, applause. But for someone like Kunwer Sachdev, true innovation lies in the quiet revolutions. In solving problems that most people never even think about. And one such revolution came in the form of a simple-looking yet powerful device: The Battery Life Cycle Tester.To the outside world, it may have seemed like just another lab tool. But for Kunwer, it was about something far deeper — trust.Because what is a power system without a reliable battery? And what is a battery without a way to measure its true worth?At a time when most were content with trial-and-error methods, Kunwer asked a simple but game-changing question — Why guess when we can know?That single thought sparked the creation of a device that could monitor, log, and precisely measure the heartbeat of a battery — from its first charge to its final breath.<figure id="figure-cwne5h50nmdmnc2si"><img id="cwne5h50nmdmnc2si" src="https://cdn.durable.co/blocks/1b6nvRp27qY9o2nz3TYq3i69Tz4qdNQw25srD8ac3uwrbzc6zpnvgW9fz9qUOqrW.png" alt="Battrey Lifecycle Tester" title="Battrey Lifecycle Tester" class="object-cover bg-gray-100 rounded-2xl md:rounded-3xl lg:rounded-4xl" style="aspect-ratio: 16/9; object-position: 50% 60%;" data-corners="default" data-aspect="16:9" data-caption="Battrey Lifecycle Tester" data-positionX="50%" data-positionY="60%" data-fullWidth="false"/><figcaption class="body-normal text-gray-500 mt-2">Battrey Lifecycle Tester</figcaption></figure><h3>&nbsp; More Than Just a Machine</h3> The Battery Life Cycle Tester wasn’t just built to test batteries. It was built to test time. To measure reliability. To bring clarity to one of the most misunderstood components in power electronics.It came with a 16x2 LCD display, showing real-time insights — current, voltage, cycle number, AH charging/discharging, run time, battery voltage. Every blink on the screen was a conversation with the battery.It could switch over intelligently based on battery state — from mains to inverter and back — helping engineers understand how a battery behaves under stress, charge, and rest.But Kunwer didn’t stop at hardware.He ensured data logging through a micro-SD card, because memory matters — and so does evidence. RS-485 communication, Modbus RTU protocol support, and external reset controls made it scalable, adaptable, and reliable.And then came the most human part — the software.&nbsp; From Data to Decisions Kunwer knew that engineers don’t just need data — they need clarity. So the monitoring software was designed to be intuitive, fast, and graphical. Every 3 seconds, it updated live readings. Every cycle, it captured the journey of the battery.You could monitor hundreds of devices centrally. View brief or detailed reports, plot graphs, export CSV data, even print summaries — all with just a few clicks.It wasn’t just software. It was a lens into the soul of a system.&nbsp; When Vision Meets Patience What made this product special wasn’t just its features — it was the intent behind it. Kunwer Sachdev wasn’t trying to build something flashy. He was trying to solve a pain point engineers had faced for decades.He poured time, trust, and an obsessive attention to detail into it — because he believed that even the smallest tools deserve the highest innovation.Thanks to him, service centers could now identify battery defects before they caused damage. Installers could explain battery health with proof, not guesses. Manufacturers could test longevity scientifically, not randomly.And silently, without the limelight, this device became a backbone of credibility for Su-Kam’s ecosystem.&nbsp; Legacy in Every Cycle Today, when you see an engineer plug in a battery life cycle tester and interpret the blinking digits with ease — remember this: it started with one man’s refusal to accept uncertainty.Kunwer Sachdev gave the industry more than a product. He gave it confidence.Because in a world full of assumptions, he built a tool that gave answers. DisclaimerMr. Kunwer Sachdev, the original founder and visionary behind Su-Kam, is no longer associated with Su-Kam Power Systems Ltd. He has not been involved in the management, operations, or decision-making of the company for several years. Any products, services, communications, or representations made under the Su-Kam name have no connection to Mr. Kunwer Sachdev. His current efforts are entirely focused on new innovations and ventures under different entities, including his latest initiative, Su-vastika, which is redefining the energy storage and power backup industry.

Battrey Lifecycle Tester

<h3>The Dream That Touched the Screen — But Couldn't Shine</h3> You’ve always known Kunwer Sachdev as the man who turned ideas into revolutions. But behind every breakthrough, there are battles few ever see — stories not of success, but of setbacks that shaped the soul behind the innovation.One such story is the journey of the Touch Screen Solar PCU — a product that could have redefined the industry.Years ago, when touchscreen technology was still finding its way into everyday products, Kunwer would walk through exhibitions and spot touch panels on gadgets, kiosks, and other devices. But never on a PCU. And that’s when the spark ignited. Why not on ours? he thought. If anyone could make it happen, he believed it was him — and his team.The idea was simple, yet powerful: imagine a solar PCU with a touchscreen interface — elegant, intuitive, interactive. It wasn’t just about looking modern; it was about making solar technology more human, more engaging. It was a bold leap into the future. <h3>Vision is only one part of innovation. Execution is the real test.</h3>His in-house team tried, and failed — not once, but twice. Undeterred, Kunwer turned outward, searching for someone who could share his passion. Eventually, he found a small firm — a five-person outfit working on touchscreen panels for basic industrial systems. What they had was raw skill. What they lacked was the understanding of how complex this vision truly was.The panel needed to do more than respond to touch. It had to communicate, to log solar generation data, track energy usage, display power flow, and process solar battery stats in real-time. Every screen had to tell a story — of energy harnessed, stored, and shared.And they almost pulled it off.Kunwer poured two relentless years into this project — working closely with his R&amp;D team, guiding the external developers, pushing the limits of what was possible with the tech available at the time. They finally reached a stage where the product could be showcased. It was functional, it looked impressive, and it even made waves in the industry.But beneath the surface, there was a flaw.The software that powered the panel wasn’t reliable. The Chinese hardware they used couldn’t withstand heated environments. It would fail in the very conditions it was meant to thrive in. The logs didn’t always sync. The data wasn’t always accurate. And no matter how hard they tried, the software issue persisted.For a visionary like Kunwer, this wasn’t just a technical glitch — it was a heartbreak.Because he knew what this product could’ve been. He had seen the writing on the wall — how touchscreens, like those on Apple devices, would soon define modern interfaces. He had seen the future. He had touched it. But he couldn’t hold it.The project, after years of effort, had to be shelved. And with it went a piece of a dream that could have taken Indian solar tech to the global stage.It’s easy to applaud the successes. But it’s the stories like these that reveal the heart of an innovator — someone who dares to lead, to try the impossible, and to fail with dignity.Kunwer Sachdev may not have launched the perfect touchscreen PCU. But he did something few even attempted — he tried to change the way we interact with energy. And though this product didn’t make it, the courage behind it will always stand as a silent triumph.Because in the world of true innovation, even the failures leave behind blueprints for the future. DisclaimerMr. Kunwer Sachdev, the original founder and visionary behind Su-Kam, is no longer associated with Su-Kam Power Systems Ltd. He has not been involved in the management, operations, or decision-making of the company for several years. Any products, services, communications, or representations made under the Su-Kam name have no connection to Mr. Kunwer Sachdev. His current efforts are entirely focused on new innovations and ventures under different entities, including his latest initiative, Su-vastika, which is redefining the energy storage and power backup industry.

The Dream That Touched the Screen — But Couldn't Shine

<h3>&nbsp;He Did What No One Else Dreamed Of And Then Raised the Bar</h3> In 2008, when most of the industry was still catching up with the basics of inverter design, Kunwer Sachdev had already started working on something extraordinary — the initial models of a high-frequency inverter that would eventually change India’s power backup landscape.It wasn’t a trend. It wasn’t a borrowed concept. It was vision, pure and relentless.<h3>&nbsp; A Milestone No One Had Achieved Before Fast forward to 21st July 2015, a date that now stands tall in India’s energy efficiency timeline.</h3>Su-Kam Power Systems Ltd., under the leadership of Kunwer Sachdev, became the first inverter company in India to receive a 4-star rating from the Bureau of Energy Efficiency (BEE) — a landmark recognition from the Ministry of Power, Government of India.<figure id="figure-nqetqqm3gjmdil3rzn"><img id="nqetqqm3gjmdil3rzn" src="https://cdn.durable.co/blocks/13uSJVggTY1uDMHlpSFUqRYMBQVft57gNRd7sAe8qivoRSJHpKL5qlSCvdXi9Scl.jpg" alt="" title="" class="object-cover bg-gray-100 rounded-2xl md:rounded-3xl lg:rounded-4xl" style="aspect-ratio: 1/1; object-position: 50% 35%;" data-corners="default" data-aspect="1:1" data-caption="" data-positionx="50%" data-positiony="35%" data-fullwidth="false" data-mce-src="https://cdn.durable.co/blocks/13uSJVggTY1uDMHlpSFUqRYMBQVft57gNRd7sAe8qivoRSJHpKL5qlSCvdXi9Scl.jpg" data-mce-style="aspect-ratio: 1/1; object-position: 50% 35%;"></figure>For Kunwer, this was never just about getting a badge. It was about setting a new benchmark in energy efficiency, one that had real, measurable benefits for every household.While others were still building products to work, he was building products to perform better, longer, and smarter.<h3>&nbsp; Energy Efficiency with Purpose $1</h3>At a time when even a single bulb consumed 80 watts of power, Kunwer's inverter stood out as a beacon of energy responsibility. His design didn’t just save energy — it redefined what efficiency looked like. While traditional systems bled power silently, his high-frequency inverter ensured that every watt counted.This wasn’t just engineering. It was empathy in design.<h3>&nbsp; A Star That Lit the Path for Others</h3>Kunwer didn’t just stop at building a product. He built India’s first in-house R&amp;D unit for inverter technology, recognized by the Government of India back in 2002. That R&amp;D unit became the birthplace of innovation — where ideas turned into patents, and prototypes turned into real solutions for millions.His high-frequency inverter wasn’t just a UPS. It was a silent guardian of productivity, making sure homes and offices stayed lit, connected, and alive — even when the grid failed.<h3>&nbsp; A Legacy of Firsts</h3>Even today, while the market is crowded with brands, it was Kunwer Sachdev who wrote the rulebook.From pioneering Battery Equalization to leading in energy star ratings, from dreaming of smart solar solutions to making them a reality in 70+ countries — he has always stayed years ahead of his time.It’s no wonder that his journey is not just about a company or a product. It’s about a man who quietly, consistently, and passionately shaped an entire industry — so the rest could follow.DisclaimerMr. Kunwer Sachdev, the original founder and visionary behind Su-Kam, is no longer associated with Su-Kam Power Systems Ltd. He has not been involved in the management, operations, or decision-making of the company for several years. Any products, services, communications, or representations made under the Su-Kam name have no connection to Mr. Kunwer Sachdev. His current efforts are entirely focused on new innovations and ventures under different entities, including his latest initiative, Su-vastika, which is redefining the energy storage and power backup industry.

The Man Who Made Inverters Smarter – Kunwer Sachdev’s 4-Star Revolution

He Did It When No One Else Did What sets Kunwer Sachdev apart is that he ventured into solving a problem before the industry even acknowledged it existed.At a time when battery equalization was not even a discussion, Sachdev developed a complete system that actively balanced charging and discharging cycles—a first for lead acid batteries in the inverter domain. This wasn’t a borrowed idea or an industry trend; it was original, untested, and visionary—driven entirely by his instinct for innovation and deep understanding of real-world issues.BROCHURE&nbsp;The innovation wasn't just technical—it was also well-communicated. At the time, a brochure was released to explain the concept in simple yet powerful terms. Using relatable analogies like “Unbalanced tyres cost more in a car = Unequalized batteries cost more in an inverter”, it effectively educated customers and technicians alike.<figure id="figure-1f4yetue6gmdhb7jg7"><img id="1f4yetue6gmdhb7jg7" src="https://cdn.durable.co/blocks/0eK85jJ4V077YMXcQtkuFl6ElOmtduhMI1mTbfG0YxAlPE853ajBpAu6O32Vf5A3.png" alt="" title="" class="object-cover bg-gray-100 rounded-2xl md:rounded-3xl lg:rounded-4xl" style="aspect-ratio: 1/1; object-position: 50% 50%;" data-corners="default" data-aspect="1:1" data-caption="" data-positionx="50%" data-positiony="50%" data-fullwidth="false" data-mce-src="https://cdn.durable.co/blocks/0eK85jJ4V077YMXcQtkuFl6ElOmtduhMI1mTbfG0YxAlPE853ajBpAu6O32Vf5A3.png" data-mce-style="aspect-ratio: 1/1; object-position: 50% 50%;"></figure><figure id="figure-i7fw4zzmxqmdhb87qv"><img id="i7fw4zzmxqmdhb87qv" src="https://cdn.durable.co/blocks/2cq3wV8ydQCpvkaSql6Tx680WlDMcpt20e6qsrGtbPSofDsqtT6bTHDUoa3nswi2.png" alt="" title="" class="object-cover bg-gray-100 rounded-2xl md:rounded-3xl lg:rounded-4xl" style="aspect-ratio: 1/1; object-position: 50% 0%;" data-corners="default" data-aspect="1:1" data-caption="" data-positionx="50%" data-positiony="0%" data-fullwidth="false" data-mce-src="https://cdn.durable.co/blocks/2cq3wV8ydQCpvkaSql6Tx680WlDMcpt20e6qsrGtbPSofDsqtT6bTHDUoa3nswi2.png" data-mce-style="aspect-ratio: 1/1; object-position: 50% 0%;"></figure>The Problem: Uneven Battery Aging and Imbalance During the early 2000s, inverter and UPS systems heavily relied on lead acid battery banks. However, users frequently experienced premature battery failures, even when using premium-grade batteries.Sachdev personally encountered this problem while testing inverters at his own residence. He noticed that four high-quality batteries, despite being relatively new, were failing far earlier than expected. The culprit? The batteries had different ages and charge retention capabilities, leading to uneven charging and discharging cycles within the same bank.&nbsp; Limitations in the Industry at the Time At that point in time, the concept of battery equalization—ensuring that all batteries in a bank receive and deliver power uniformly—was virtually unknown in the inverter UPS segment. There were no existing tools or systems specifically designed to handle this challenge for lead acid batteries.Most dealers and manufacturers accepted early battery failure as a cost of doing business. The lack of awareness and resistance to change posed a significant barrier to innovation.<figure id="figure-8pbns2zftfmdhankq5"><img id="8pbns2zftfmdhankq5" src="https://cdn.durable.co/blocks/aNoapn4U3xutPoVfjcjRNN7iQ1qLuIfywiQ2Ar0gw1FBtLiFFAcDjxcfUBOtHo5Q.png" alt="Battery equalizer Su-Kam" title="Battery equalizer Su-Kam" class="object-cover bg-gray-100 rounded-sm md:rounded-md lg:rounded-lg" style="aspect-ratio: 16/9; object-position: 50% 20%;" data-corners="small" data-aspect="16:9" data-caption="Battery equalizer Su-Kam" data-positionx="50%" data-positiony="20%" data-fullwidth="false" data-mce-src="https://cdn.durable.co/blocks/aNoapn4U3xutPoVfjcjRNN7iQ1qLuIfywiQ2Ar0gw1FBtLiFFAcDjxcfUBOtHo5Q.png" data-mce-style="aspect-ratio: 16/9; object-position: 50% 20%;"><figcaption class="body-normal text-gray-500 mt-2">Battery equalizer Su-Kam</figcaption></figure> The Breakthrough: Developing the BMS for Lead Acid Batteries Driven by both personal experience and a vision for improved battery performance, Kunwer Sachdev and his team set out to develop a solution. The result was a Battery Management System tailored for lead acid batteries—something that had never been implemented in this sector before.The BMS worked by actively monitoring and managing the charging and discharging process, ensuring that all batteries in a bank remained synchronized. This battery equalization significantly extended the overall lifespan of the battery system. Initial Resistance and Scepticism Introducing such a disruptive idea wasn’t easy. Many dealers—used to selling and replacing single batteries—were sceptical of the need for equalization. They questioned its relevance and feared it would complicate installation and servicing.Despite this pushback, Sachdev remained confident in the system’s long-term benefits. He believed in solving real-world problems, not just following market trends. <figure id="figure-mhiuguc41mdhaqedx"><img id="mhiuguc41mdhaqedx" src="https://cdn.durable.co/blocks/29VrSCopK1EdkL3QkT6qmQbD2JFn2cSashI4dU08MtoNjv1y25jETPh8cBZ4z1DZ.png" alt="Battery equalizer Su-Kam" title="Battery equalizer Su-Kam" class="object-cover bg-gray-100 rounded-2xl md:rounded-3xl lg:rounded-4xl" style="aspect-ratio: 16/9; object-position: 50% 40%;" data-corners="large" data-aspect="16:9" data-caption="Battery equalizer Su-Kam" data-positionx="50%" data-positiony="40%" data-fullwidth="false" data-mce-src="https://cdn.durable.co/blocks/29VrSCopK1EdkL3QkT6qmQbD2JFn2cSashI4dU08MtoNjv1y25jETPh8cBZ4z1DZ.png" data-mce-style="aspect-ratio: 16/9; object-position: 50% 40%;"><figcaption class="body-normal text-gray-500 mt-2">Battery equalizer Su-Kam</figcaption></figure>Proven Success in Real-World Applications Persistence paid off. The BMS was implemented successfully across a range of sectors, including:<ul><li>Golf carts</li><li>Telecom towers</li><li>Large-scale inverter banks These applications validated the system’s value in diverse use-cases, showcasing its effectiveness beyond traditional inverter usage.</li></ul>Legacy and Industry Impact Kunwer Sachdev’s BMS solution not only solved a major technical hurdle but also influenced how the industry viewed battery health and lifecycle management. What began as a personal troubleshooting effort evolved into a foundational innovation that would later inspire advancements in modern battery management systems, including those used in lithium-ion technologies today.DisclaimerMr. Kunwer Sachdev, the original founder and visionary behind Su-Kam, is no longer associated with Su-Kam Power Systems Ltd. He has not been involved in the management, operations, or decision-making of the company for several years. Any products, services, communications, or representations made under the Su-Kam name have no connection to Mr. Kunwer Sachdev. His current efforts are entirely focused on new innovations and ventures under different entities, including his latest initiative, Su-vastika, which is redefining the energy storage and power backup industry.

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