/// <summary> /// 初始化 /// </summary> /// <param name="converter">所属变换器</param> public LLC(IsolatedDCDCConverter converter) { //获取设计规格 this.converter = converter; math_Pfull = converter.Math_Psys / converter.PhaseNum / converter.Number; math_Vin = converter.Math_Vin; math_Vo = converter.Math_Vo; math_No = converter.Math_No; math_fs = converter.Math_fs; math_Q = converter.Math_Q; math_k = converter.Math_k; math_Tdead = math_fs < Configuration.SIC_SELECTION_FREQUENCY ? Configuration.IGBT_DEAD_TIME : Configuration.MOSFET_DEAD_TIME; //初始化元器件 primaryDualModule = new DualModule(2) { Name = "原边开关管", VoltageVariable = false }; secondaryDualDiodeModule = new DualDiodeModule(2 * math_No) { Name = "副边二极管", VoltageVariable = false }; resonantInductor = new ACInductor(1) { Name = "谐振电感", VoltageVariable = false }; transformer = new Transformer(1) { Name = "变压器", VoltageVariable = false }; resonantCapacitor = new ResonantCapacitor(1) { Name = "谐振电容", VoltageVariable = false, }; filteringCapacitor = new FilteringCapacitor(math_No) { Name = "滤波电容", VoltageVariable = false, }; componentGroups = new Component[1][]; if (Configuration.IS_RESONANT_INDUCTOR_INTEGRATED) { components = new Component[] { primaryDualModule, secondaryDualDiodeModule, transformer, resonantCapacitor, filteringCapacitor }; componentGroups[0] = new Component[] { primaryDualModule, secondaryDualDiodeModule, transformer, resonantCapacitor, filteringCapacitor }; } else { components = new Component[] { primaryDualModule, secondaryDualDiodeModule, resonantInductor, transformer, resonantCapacitor, filteringCapacitor }; componentGroups[0] = new Component[] { primaryDualModule, secondaryDualDiodeModule, resonantInductor, transformer, resonantCapacitor, filteringCapacitor }; } }
/// <summary> /// 初始化 /// </summary> /// <param name="converter">所属变换器</param> public CHB(DCACConverter converter) { //获取设计规格 this.converter = converter; number = converter.Number; modulation = converter.Modulation; math_Pfull = converter.Math_Psys / converter.PhaseNum / number; math_Vin = converter.Math_Vin; math_Votot = converter.Math_Vo; math_fg = converter.Math_fg; math_φ = converter.Math_φ; math_fs = converter.Math_fs; math_Ma = math_Votot * Math.Sqrt(2) / (number * math_Vin); math_Vo = math_Votot / number; math_Iorms = math_Pfull / (math_Vo * Math.Cos(math_φ)); //初始化元器件 semiconductor = new CHBModule(1) { Name = "开关器件", VoltageVariable = false, MultiNumber = number }; GridInductor = new GridInductor(1) { Name = "并网滤波电感", VoltageVariable = false, MultiNumber = number }; ACInductor = new ACInductor(1) { Name = "滤波电感", VoltageVariable = false }; componentGroups = new Component[1][]; if (Configuration.IS_GRID_CONNECTED_INDUCTOR_DESIGNED) { components = new Component[] { semiconductor, GridInductor }; componentGroups[0] = new Component[] { semiconductor, GridInductor }; } else { components = new Component[] { semiconductor, ACInductor }; componentGroups[0] = new Component[] { semiconductor, ACInductor }; } }