宽增益高集成Boost-TER-Flyback类L-R变换器研究

本项目针对宽输入、宽输出电压应用领域的隔离式DC-DC变换器，融合传统三元件谐振（TER）变换器与PWM变换器的优点，以拓宽电压增益、器件复用和高效率转换为目标，创新拓扑理论，完整研究其设计、优化、建模和控制方法。.1)构建一系列Boost-TER-Flyback（简称BTF）类L-R变换器，全面揭示其工作特性。.2)研究所提变换器复杂变量组的分区参数设计方法。.3)研究以特征量为目标使用粒子群寻优的损耗优化方法。.4)研究分段函数描述法-仿真计算法-拟合函数法相结合的数学建模方法。.5)研究多模式下的统一动态特性+最优轨迹的控制方法。.6)研究基于BTF变换器的双向DC-DC变换器结构、特性、设计和控制方法。.7)评估所提BTF变换器及双向DC-DC变换器在工业领域的应用价值。.项目包含但不限于上述方法和内容。研究成果为宽电压增益场合使用的隔离式DC-DC变换器提供创新性解决方案。

For the isloated DC/DC converters applied at wide input voltage and outuput voltage fields, compromising the advantages of conventional TER (three-element-resonant) converter and PWM converter, and taking wide voltage gain ,high component-integration degree and high efficiency as goals, this project create the new topology theory and completely research the methods of designment, optimization, modelling and control ..1)Constructing a series of Boost-TER-Flyback (BTF) type L-R converter, completely disclosing the operating characteristic..2)Researching on the design method based on parameter partition for complicated parameters of the proposed converters..3)Researching the power-loss optimal method with the particle swarm algorithm aiming at the featuring parameters..4)Researching the mathematic modeling method combined of subsection function description-computer simulation-fitting function. .5)Researching on the controlling method of unified dynamic characteristics+ optimal trajectory with multi-mode operation..6)Proposing the bi-direction DC-DC converters based on the BTF converters, and researching its constructer, feature,designment and controlling method..7)Evaluating the industrial value of the proposed BTF convertesr and bi-direction DC-DC converters..The project include and is not limited by the aboved methods and contents. The research can provide the creative solution for the isolated DC/DC converter applied at wide voltage gain fields.