Line data    Source code

       1             : /*
       2             :  * Module_p.hpp
       3             :  *
       4             :  *  Created on: 18 Dec 2019
       5             :  *   Author(s): Jorn Reniers, Volkan Kumtepeli
       6             :  */
       7             : 
       8             : #pragma once
       9             : 
      10             : #include "Module.hpp"
      11             : #include "../types/data_storage/cell_data.hpp"
      12             : #include "../utility/utility.hpp"
      13             : 
      14             : #include <string>
      15             : #include <span>
      16             : 
      17             : namespace slide {
      18             : class Module_p : public Module
      19             : {
      20             : protected:
      21             :   void getVall(std::span<double> Vall, bool print = true); //!< get the voltage of all SUs while accounting for the contact resistance
      22             : 
      23             : public:
      24           1 :   Module_p() : Module("moduleP") {} //!< #TODO note this constructor should never be used. It can't determine which coolsystem to use
      25          49 :   Module_p(std::string_view ID_, double Ti, bool print, bool pari, int Ncells_, int coolControl, int cooltype)
      26          49 :     : Module(ID_, Ti, print, pari, Ncells_, coolControl, cooltype) {}
      27             : 
      28             :   //!< the voltage limits are the most constraining limits of all cells ie the highest Vmin of SUs is the Vmin of the module
      29             :   double Vmin() const override { return transform_max(SUs, free::get_Vmin<SU_t>); }
      30             :   double VMIN() const override { return transform_max(SUs, free::get_VMIN<SU_t>); }
      31             :   double Vmax() const override { return transform_min(SUs, free::get_Vmax<SU_t>); }
      32             :   double VMAX() const override { return transform_min(SUs, free::get_VMAX<SU_t>); }
      33             : 
      34             :   double I() const override { return transform_sum(SUs, free::get_I<SU_t>); }     //!< the current is the sum  of the current of each cell. Returns 0 if empty.
      35             :   double Cap() const override { return transform_sum(SUs, free::get_Cap<SU_t>); } //!< module capacity (sum of cells)
      36             : 
      37             :   double getOCV() override { return transform_mean(SUs, free::get_OCV<SU_t>); }
      38             :   double getRtot() override;
      39             :   double V() override { return SUs.empty() ? 0 : SUs[0]->V() - I() * Rcontact[0]; }
      40             : 
      41             :   Status setCurrent(double Inew, bool checkV = true, bool print = true) override; //!< set a module current
      42             :   Status setVoltage(double Vnew, bool checkI = true, bool print = true) override;
      43             :   Status redistributeCurrent(bool checkV = true, bool print = true);
      44             : 
      45             :   void timeStep_CC(double dt, int steps = 1) override;
      46             : 
      47             :   Module_p *copy() override { return new Module_p(*this); }
      48             : };
      49             : } // namespace slide