Breakthrough in Low-Voltage DC and High-Voltage AC Servo Drive Technologies Ushers in a New Era of Autonomous Control

Our company has independently developed two fully autonomous and controllable high-end drive products—Low-Voltage DC Drive and High-Voltage AC Servo Drive—which fill domestic technological gaps with their dual core advantages of “100% domestic production + high performance”, providing highly reliable and precise motion control solutions for special equipment and industrial automation fields.

Low-Voltage DC Drive: The “Power Heart” for Lightweight Special Equipment
Designed for the stringent demands of robotic joints, electro-optical turntables, airborne payloads, and other special equipment requiring miniaturization, lightweight design, and high dynamic response, the Low-Voltage DC Drive stands out with its 100% domestically produced design. Utilizing a high-performance dedicated DSP processor and high-current, low-impedance MOSFET switching components, its power density rivals that of the international top-tier brand ELMO, while its compact size—30% smaller than domestic counterparts—enables efficient deployment in space-constrained scenarios.

Equipped with Active Disturbance Rejection Control (ADRC) technology, this drive automatically adapts to motor parameters, significantly simplifying debugging processes. It supports multi-type drives for DC motors, AC servo motors (PMSM), and brushless DC motors (BLDC). With anti-shock vibration design and 150% instantaneous overload capability, the drive excels in dynamic load scenarios such as remote weapon stations and Mobile Robots, resolving the pain points of traditional products that rely on imported chips and face high supply chain risks.

High-Voltage AC Servo Drive: The “Power Engine” for Industrial High-Precision Control
Targeting industrial applications like CNC machine tools, heavy-duty Robotic Arms, and automated production lines, the High-Voltage AC Servo Drive sets industry benchmarks with its 6,000W rated power output and IP67-rated protection. Featuring an aluminum alloy housing and integrated dual servo control boards (elevation/azimuth), it achieves multi-axis coordinated control via CAN bus commands, adapting to complex motion logic programming needs. With its wide voltage input (AC220–380V) and efficient drive algorithms, this drive ensures stable operation under extreme conditions such as high temperatures, humidity, and vibrations, meeting the industrial sector’s rigorous demands for long-term reliability.

Additionally, the drive incorporates an advanced power management system and multi-protocol compatible interfaces, enabling seamless integration with mainstream industrial equipment. Coupled with comprehensive overvoltage and overcurrent protection functions, it significantly reduces system failure rates, making it an optimal alternative to imported solutions in high-end manufacturing.

Autonomous Control + Scenario Coverage: Overcoming “Chokepoint” Challenges
The core breakthrough of both products lies in full-chain domestic production: From component-level chips to control algorithms, all are autonomously controllable, eliminating supply chain risks. The Low-Voltage DC Drive addresses domestic shortcomings in special equipment power systems with its “compact size and high density,” while the High-Voltage AC Servo Drive empowers industrial automation upgrades with “robust protection and precision,” forming a complete technological matrix from lightweight to heavy-duty equipment.

Looking Ahead: Driving Precision and Reliability in Domestic High-End Equipment
Moving forward, we will continue to advance high-performance drive technologies, pushing domestic high-end equipment toward greater precision and reliability. Supported by national policies promoting “domestic substitution” and “autonomous control,” these innovations are poised to accelerate the transformation of special industries and industrial sectors, injecting powerful momentum into China’s intelligent manufacturing landscape.

With cutting-edge innovation and unwavering commitment to technological security, these dual breakthroughs in drive technology are writing a bold Chinese chapter in the global motion control arena.