With the rapid popularization of new energy vehicles, charging stations, as the core infrastructure for energy replenishment, place stringent demands on the high-frequency adaptability, high-temperature stability, and long-term reliability of components. YMIN Capacitors, with its four core technological advantages, has become the “energy cornerstone” for the efficient operation of charging stations, solving industry pain points in high-frequency, high-voltage, and high-temperature scenarios.
Low ESR and High Ripple Resistance: Building a Solid Core Defense Line for Fast Charging. Charging stations are prone to generating large ripple currents during high-frequency switching. Through material and process innovation, YMIN has reduced the capacitor’s ESR to below 20mΩ, allowing it to withstand ripple surges of over 17A, significantly reducing heat loss and avoiding aging problems caused by temperature rise. Combined with a lifespan of over 10,000 hours at 125℃, it perfectly meets the 10-20 year lifespan requirements of charging stations.
High Capacitance Density and Thin Design: Freeing Up Layout Space. YMIN capacitors utilize nanoscale technology for optimization, reducing volume by 25% for the same capacity. Their ultra-thin series boasts a height of only 3.95mm, enabling a single capacitor to replace multiple MLCCs. This frees up space for compact PCB layouts in charging piles, simplifies the BOM list, and lowers overall costs.
YMIN capacitors offer advantages such as low leakage current and wide temperature adaptability (-40℃~125℃), providing stable filtering, energy storage, and transient impact protection, contributing to a system peak efficiency of 96%. As a benchmark for domestic capacitor manufacturers, YMIN empowers the charging pile industry’s upgrade through technological innovation, safeguarding safe and efficient charging every time.
Post time: Mar-04-2026