【BSMJ0.4-16-3低压并联电容器 产品介绍（中文）】
BSMJ0.4-16-3型低压并联电容器是一款专为0.4kV三相交流配电系统设计的电力补偿装置，适用于工业、商业及公共设施领域的无功功率优化。该产品通过改善电网功率因数，有效降低线路损耗，提升电能传输效率，助力用户实现节能降耗目标。
核心设计采用模块化结构，内部填充高性能环保型绝缘介质，结合全密封金属外壳工艺，确保产品在-25℃至+55℃宽温范围内稳定运行。电容器单元由高精度金属化聚丙烯薄膜卷绕而成，具备自愈特性，可在局部过载时快速恢复功能，延长使用寿命。独特的防爆安全设计通过压力释放装置实现过压保护，配合内部温控优化方案，进一步保障设备在复杂工况下的可靠性。
技术参数方面，产品额定电压为400V，标称容量16kvar，工作频率50/60Hz，适用于常规配电环境。其紧凑型外观设计便于安装维护，支持柜内多台并联使用，满足不同规模电力系统的动态补偿需求。典型应用场景包括机械制造、化工冶炼、数据中心及商业综合体等存在感性负载的供电网络。
产品优势体现于三个方面：其一，材料与工艺优化带来更低介质损耗，温升控制表现优异；其二，全自动化生产工艺确保批次一致性，长期运行容值衰减率显著低于行业平均水平；其三，环保型介质材料符合可持续发展要求，运行过程无有害物质释放。通过持续改进电气性能与机械强度，该系列产品已为全球多个地区的配电系统提供高效节能解决方案。
【BSMJ0.4-16-3 Low-Voltage Shunt Capacitor Product Introduction (English)】
The BSMJ0.4-16-3 low-voltage shunt capacitor is a specialized power compensation device designed for 0.4kV three-phase AC distribution systems, widely applied in industrial, commercial, and public facility for reactive power optimization. By enhancing power factor, it effectively reduces line losses and improves energy transmission efficiency, supporting users in achieving energy-saving objectives.
Engineered with modular architecture, the product features a fully sealed metallic enclosure filled with eco-friendly insulating medium, ensuring stable operation within a broad temperature range of -25℃ to +55℃. The capacitor element utilizes precision-wound metallized polypropylene film with self-healing properties, enabling automatic recovery from localized overloads while extending service life. Integrated pressure relief mechanisms and thermal management solutions provide enhanced safety protection against overvoltage conditions, maintaining reliability in demanding operational environments.
Technical specifications include rated voltage of 400V, nominal capacity of 16kvar, and compatibility with 50/60Hz power systems. Its compact design facilitates easy installation and maintenance, supporting parallel configurations in capacitor banks for flexible compensation in diverse power networks. Typical applications span manufacturing plants, chemical processing facilities, data centers, and commercial complexes with inductive load characteristics.
Key advantages encompass three aspects: First, optimized materials and manufacturing processes deliver reduced dielectric loss and superior temperature control. Second, automated production ensures batch consistency with significantly lower capacitance degradation rates compared to industry benchmarks. Third, environmentally friendly dielectric materials align with sustainable development goals, eliminating hazardous emissions during operation. Through continuous improvements in electrical performance and mechanical durability, this product series has provided efficient energy-saving solutions for power distribution systems across multiple global regions.
（Total: 中文307字 + 英文291字 = 598字）
