Every modern manufacturing line depends on precise motion control. Behind that control are drive
systems — the technology that transformed industry from the age of steam to the age of electronic automation. The story of drives is the story of how industry itself evolved — from spinning waterwheels to digitally synchronized production lines. 

A Brief History of Motion 

Before electric motors existed, factories relied on mechanical systems — waterwheels, belts, and steam engines — to generate motion. These early power sources were groundbreaking at the time, but control was limited and efficiency constrained. 

As industrial needs grew, engineers began searching for more controllable power. The rise of electrification in the late 19th century transformed manufacturing once again. Pioneers like Edison, Tesla, and Westinghouse introduced electric power systems that replaced steam with something far more flexible — motors that delivered consistent torque and enabled greater control over speed and power. 

This shift from steam to electricity opened the door for the first generation of true motor control technology. Early DC motor-generator (MG) sets became the foundation of modern drive systems, offering the first true variable-speed control. From there, technology advanced rapidly — from vacuum tubes and ignitrons to the solid-state variable frequency drives (VFDs) used today. These systems marked the shift from purely mechanical power to electrical precision — setting the stage for modern automation as we know it. 

From Power to Precision: How Drives Shape Industry and Everyday Life 

Drives are the technology that converts electrical energy into controlled motion. They regulate the speed, torque, and direction of motors so that machines — large or small — operate safely, efficiently, and in sync with their processes. 

That precision matters. For example, in steel production, drives balance torque and speed across massive rolls — too much tension can tear material, while too little slows production. Across every industry, precise control translates directly to better quality, higher efficiency, and reduced downtime. 

Drive technology extends far beyond the factory floor. The same principles that keep production lines running smoothly also power the HVAC systems, electric cars, washing machines, and furnaces. What started as an industrial innovation has become a global standard for energy efficiency and motion control. 

In every application — from manufacturing plants to everyday appliances — drives are the link between power and precision. They transform raw electrical energy into controlled, purposeful motion. That ability to manage motion with accuracy is what makes modern life, and modern manufacturing, possible 

Building on a Century of Innovation: The Future of Drives 

The evolution of drive technology has always mirrored the progress of industry itself — from the first motor-generator sets that replaced steam power to today’s high-performance variable frequency drives that control entire production lines with digital precision. Each advancement has moved manufacturing closer to smarter, safer, and more efficient operation. 

Yet many facilities still rely on legacy drive systems that were installed decades ago. These systems were built to last — and they have — but as components become obsolete and expertise retires, maintenance becomes more difficult and costly. Older drives may continue to function, but their performance, reliability, and efficiency no longer meet the demands of modern production. 

Modernization bridges that gap. By upgrading existing systems with advanced drive technology, manufacturers can extend the life of critical equipment, improve energy efficiency, and unlock tighter process control — all without the disruption of full equipment replacement. It’s a strategic investment that delivers measurable gains in uptime, safety, and performance. 

Premier’s expertise lies in guiding industries through that transition — bringing together decades of engineering experience and deep knowledge of complex drive and control systems. Our Drives Division — the largest independent group in the U.S. — leverages this experience with advanced system integration capabilities to deliver modernization strategies that fit your plant, your schedule, and your goals. 

Drive technology may have evolved over a century, but the mission remains the same: deliver power with precision. Premier continues that legacy — helping industries modernize, optimize, and prepare for whatever comes next. 

The Power to Move Forward 

From waterwheels to Westinghouse, from DC control to digital VFDs — every leap in drive technology has brought industry closer to perfect control. Today, Premier continues that legacy by helping manufacturers modernize the systems that power progress. 

Legacy drives and outdated controls limit performance — but modernization doesn’t have to mean replacement. Start with a no-cost modernization assessment and see how Premier’s drive experts can extend the life, performance, and reliability of your existing systems.