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Designing and testing battery charger systems for California's new efficiency regulations

机译:为加州的新效率法规设计和测试电池充电器系统

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The State of California has adopted tough new energy efficiency standards for battery charger systems. These regulations promise to save cost, energy, and greenhouse gas emissions, but they also present new challenges to engineers and managers involved in the planning, design, and system integration of battery charger systems. This paper aims to provide guidance by explaining the requirements of the standard, demonstrating proper test methods, analyzing real-world test results, and discussing significant factors affecting compliance. Experimental results and lessons-learned are presented for modern industrial lead acid battery charge systems. Although charger hardware conversion efficiency is important, the software algorithm is at least as important, as is the efficiency of the battery itself, and the system interconnections and cabling. Some charger topologies and battery types will struggle to comply with the standard, and may be displaced by more efficient technologies.
机译:加利福尼亚州采用了电池充电器系统的艰巨新能源效率标准。这些法规承诺节省成本,能源和温室气体排放,但它们也向参与计划,设计和系统集成的工程师和经理带来了新的挑战。本文旨在通过解释标准的要求,展示适当的测试方法,分析实际测试结果,并讨论影响遵守的重要因素来提供指导。现代工业铅酸电池充电系统提出了实验结果和课程学习。虽然充电器硬件转换效率很重要,但软件算法至少与电池本身的效率一样重要,以及系统互连和布线。一些充电器拓扑和电池类型将努力符合标准,并且可以通过更有效的技术流离失所。

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