KUDOM Uses "Hardcore Switching" to "Strongly Escort" New Energy Equipment!

In the surging wave of the new energy industry, from stable grid connection of photovoltaic power plants to millisecond-level switching of energy storage systems, from efficient power transmission of charging piles to precise control of wind turbine pitch systems — every link is striving for long equipment life and high reliability.

As high-power, high-frequency switching becomes routine for equipment, traditional mechanical switches are already overwhelmed. KUDOM leverages its solid-state relay core technology refined over many years, has built a solid defense line of "zero wear, fast response, and long life" for new energy and high-end industrial control.

Photovoltaic Inverters and Energy Storage Systems

Photovoltaic inverters and energy storage converters need to frequently switch high voltage and high current during the conversion between DC and AC. Traditional relays are prone to contact welding or failure due to arc erosion. The KUDOM KSQF series three-phase AC solid-state relay is designed precisely for this purpose. This series uses SCR output devices and is designed for panel mounting, achieving contactless, low-heat, high-reliability switching. In applications such as motor control, heating systems, and starting/stopping large equipment, it operates quieter, more stably, and with less maintenance than traditional contactors, directly elevating switch lifespan to a whole new dimension.

Battery Formation & Grading and Industrial Oven Heating

In lithium battery formation & grading and high-end industrial ovens, precise temperature profiles and heating circuit control are the lifelines for product yield. The KUDOM KSID series dual-channel solid-state relay uses an internal anti-parallel SCR structure and is widely used in flat panel display equipment, semiconductor equipment, and solar cell modules. Its dual-channel, wide-body design can replace multiple single-phase relays, saving cabinet space and wiring costs. It provides extremely smooth power regulation for temperature control systems through contactless zero-crossing switching.

Wind Turbine Pitch Control and Automated Motor Control

In wind power pitch systems and automated machinery drives, the inrush current and mechanical shock caused by frequent motor forward/reverse rotation are severe tests for control components. The KUDOM KMS series is developed for three-phase motor control, featuring built-in zero-crossing or random turn-on switches and RC protection circuits. This module achieves precise two-control of three phases through photoelectric isolation. It not only significantly reduces equipment operating noise and vibration but also integrates complex wiring into a compact module, allowing engineers to achieve efficient, remote automation control "plug and play."

The world of new energy is a battlefield where "reliability" determines the heroes and "long life" decides success or failure. Here, every stable switching operation contributes to efficiency, and every bit of wear-free persistence saves costs. KUDOM will continue to leverage its deep power semiconductor control expertise to empower high-end manufacturing fields such as new energy, semiconductors, medical equipment, and rail transit. We not only provide high-quality standardized products but are also committed to being your industrial automation partner, infusing "zero-failure" confidence into global equipment with smarter, more integrated solutions.