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Optimizing Lamp Design with IoT: A Philips Case Study
技术
- 传感器 - 气体传感器
- 传感器 - 电表
适用行业
- 电子产品
- 石油和天然气
适用功能
- 产品研发
用例
- 智能照明
挑战
电子行业的全球领导者皇家飞利浦电子公司在开发陶瓷放电金属卤化物 (CDM) 灯时面临着重大挑战。主要挑战是创建一种在热学和机械性能上均坚固且能够持续指定使用寿命的灯设计。为了实现这一目标，需要精确模拟气体放电、壁温和机械应力。这些因素的复杂性使得开发出能够满足飞利浦所追求的耐用性和寿命高标准的灯变得困难。挑战不仅在于制造出能够承受严格使用的灯，还在于了解可能影响灯性能的各种物理因素之间错综复杂的相互作用。
关于客户
荷兰皇家飞利浦电子公司是世界上最大的电子公司之一，也是欧洲最大的电子公司之一，2003 年销售额达 290 亿欧元。该公司业务涉及三个相互关联的领域：医疗保健、生活方式和技术，在 60 多个国家/地区拥有 166,800 名员工。飞利浦是照明市场的全球领导者，它通过创新领导力和识别新市场机会的系统方法的结合来保持这一地位。本案例研究重点关注飞利浦照明部门及其在高压气体放电灯设计中使用 ANSYS Multiphysics。
解决方案
为了应对这一挑战，飞利浦求助于 ANSYS Multiphysics，这是一款功能强大的工具，使他们能够对 CDM 灯进行全面的热机械分析。气体放电被视为具有导电性的流体，这一过程通过 ANSYS Multiphysics 的耦合场能力得以实现。飞利浦总共采用了四个耦合物理场来模拟灯：流体（气体放电中的温度和速度）、电（气体放电中产生的热量）、热（灯壁和电馈通中的温度）和机械（灯管中的应力）。陶瓷墙）。这种多方面的方法使飞利浦能够在早期阶段全面了解设计性能，从而加快新灯的开发并优化灯的设计。
运营影响
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