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Successful design of PV power systems for solid-state lighting applications

机译：固态照明应用的光伏电源系统的成功设计

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Modern light-emitting diode (LED) technology holds great promise for remote or stand-alone photovoltaic (PV) lighting applications. Acceptable intensities can be obtained for a fraction of the energy consumed by incandescent or fluorescent lighting, resulting in smaller and less costly PV/battery systems. Applying PV technology to solid-state applications seems straightforward at first glance. Yet, all too often, PV-powered products fall short of expectations. There can be many reasons for failure. As often as not, we find that failure results from misunderstanding or ignoring well-established principles of PV system design, or by assuming maintenance is unnecessary because of PV's apparent simplicity. Most of these fatal errors have simple and easily applied solutions. The most common fatal errors are discussed, and approaches are recommended that can help ensure a successfully operating system. The methodology described below is applicable to all sizes of PV power systems, ranging from one needed for a single LED to one capable of supplying many kilowatts.
机译：现代发光二极管（LED）技术在远程或独立光伏（PV）照明应用中具有广阔的前景。对于白炽灯或荧光灯所消耗能量的一小部分，可以获得可接受的强度，从而可以实现更小且成本更低的PV /电池系统。乍看之下，将PV技术应用于固态应用似乎很简单。然而，以光伏为动力的产品常常没有达到预期。失败的原因可能有很多。通常，我们发现故障是由于对光伏系统设计的误解或忽视，或者由于光伏的表面简单性而认为不需要维护而导致的。这些致命错误中的大多数都有简单易用的解决方案。讨论了最常见的致命错误，并推荐了有助于确保操作系统成功的方法。下述方法适用于所有尺寸的PV电源系统，范围从单个LED所需的一种到能够提供多千瓦的功率。

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