September 17, 2025 – HeYue Electronics has launched its low-impedance aluminum electrolytic capacitor series, the HY-LZ Series. By integrating advanced technologies including a high-purity ethylene glycol-based electrolyte formulation, three-dimensional honeycomb-structured etched anode foil, and a new conductive polymer cathode material, this series maintains an ESR (Equivalent Series Resistance) value below 12mΩ across the full temperature range of -40℃ to 125℃. In comparative tests conducted on a leading brand's 5G base station power module, the system's overall efficiency increased from 89.3% to 91.7% after adopting the HY-LZ Series. Application data from new energy vehicle OBC (On-Board Charger) systems shows that the capacitor's temperature rise was reduced by 18℃, directly extending the lifespan of power devices by approximately 30%.

　　Information Interpretation

　　I. Core Technical Highlights

　　The three key technologies highlighted in the announcement form the foundation of the product's high performance:

　　High-Purity Ethylene Glycol-Based Electrolyte

　　Traditional electrolytes tend to increase in viscosity or decompose under extreme temperatures, leading to a sharp surge in ESR. The high-purity ethylene glycol-based formulation ensures electrolyte stability across the wide temperature range of -40℃ to 125℃, serving as the cornerstone for achieving low ESR throughout the full temperature spectrum.

　　Three-Dimensional Honeycomb-Structured Etched Anode Foil

　　Etching technology significantly increases the effective surface area of the anode foil, thereby substantially enhancing capacitance and current-carrying capacity within the same volume while reducing inherent impedance.

　　New Conductive Polymer Cathode Material

　　Replacing or modifying the cathode component of traditional electrolytes with conductive polymers drastically reduces contact resistance at the cathode, which is one of the core contributions to achieving an overall ESR below 12mΩ.

　　Comprehensive Effect: These three technologies work synergistically to directly address the traditional pain points of aluminum electrolytic capacitors, such as increased ESR and excessive power loss/heating under high-temperature and high-frequency operating conditions.

　　II. Application Performance Improvements (Quantifiable Benefits)

　　The announcement uses two specific cases to demonstrate the engineering value of the HY-LZ Series through measurable data:

　　5G Base Station Power Modules

　　Efficiency Enhancement: The system's overall efficiency increased by 2.4 percentage points, from 89.3% to 91.7%. For base station power supplies operating 24/7, this translates to significant energy savings and reduced heat generation, directly impacting system reliability and operational costs (electricity fees).

　　Technical Rationale: The capacitor's low ESR minimizes conduction losses and ripple current heating losses in switching power supplies, particularly under high-frequency switching conditions.

　　New Energy Vehicle On-Board Chargers (OBC)

　　Temperature Rise Reduction: The capacitor's self-temperature rise was reduced by 18℃. Temperature rise is a critical factor affecting electronic component lifespan, and lower operating temperatures directly correlate with higher reliability.

　　Lifespan Extension: The lifespan of surrounding power devices was extended by approximately 30%. This not only improves the capacitor's own longevity but also reduces the burden on the overall thermal management system through its excellent temperature control performance. Consequently, the lifespan of key high-value power devices such as MOSFETs and IGBTs is prolonged, lowering system failure rates and maintenance costs.

　　III. Market Significance and Trends

　　Targeting High-End Markets: The product is specifically designed for two high-growth sectors with stringent reliability requirements: 5G communication infrastructure and new energy vehicles. These industries demand components capable of stable operation in harsh environments (high temperatures, high power density, continuous operation).

　　Technology Substitution and Upgrading: It challenges the performance limits of traditional aluminum electrolytic capacitors and, in certain application scenarios, may replace higher-cost solid-state capacitors or some tantalum capacitors, offering a cost-effective and high-reliability solution.

　　Responding to Industry Demands: Both 5G's strict requirements for power efficiency and new energy vehicles' pursuit of space optimization, weight reduction, and extended lifespan are driving the development of basic components toward lower losses, higher temperature resistance, and longer service life. HeYue Electronics' launch of the HY-LZ Series represents a proactive response to this industry trend.

　　Summary

　　The release of HeYue Electronics' HY-LZ Series signifies more than just a new product launch—it marks a substantial breakthrough in domestic aluminum electrolytic capacitor technology for high-end industrial applications. Through innovative material and structural design, the series delivers quantifiable efficiency improvements and reliability enhancements, directly addressing core pain points (efficiency, temperature rise, lifespan) for downstream customers in system design and demonstrating strong market competitiveness.

　　If the product's mass production consistency and long-term reliability are further validated by the market, it is expected to gain widespread adoption in high-demand sectors such as communications, automotive electronics, and industrial power supplies.