Create functions for battery parameters that were accessed in the code.

shared/lib_battery.cpp

@@ -758,6 +758,12 @@ double battery_t::V_nominal() { return voltage->battery_voltage_nominal(); }
 
 double battery_t::SOC() { return capacity->SOC(); }
 
+double battery_t::SOC_max() { return capacity->SOC_max(); }
+
+double battery_t::SOC_min() { return capacity->SOC_min(); }
+
+double battery_t::nominal_energy() { return params->nominal_energy; }
+
 double battery_t::I() { return capacity->I(); }
 
 double battery_t::calculate_loss(double power, size_t lifetimeIndex) {

shared/lib_battery.h

@@ -405,6 +405,12 @@ class battery_t {
 
     double SOC();
 
+    double SOC_max();
+
+    double SOC_min();
+
+    double nominal_energy();
+
     double V(); // the actual battery voltage
 
     double V_nominal(); // the nominal battery voltage

shared/lib_battery_dispatch_automatic_btm.cpp

@@ -906,7 +906,7 @@ void dispatch_automatic_behind_the_meter_t::costToCycle()
     {
         if (curr_year < m_battReplacementCostPerKWH.size()) {
             double capacityPercentDamagePerCycle = _Battery->estimateCycleDamage();
-            m_cycleCost = 0.01 * capacityPercentDamagePerCycle * m_battReplacementCostPerKWH[curr_year] * _Battery->get_params().nominal_energy;
+            m_cycleCost = 0.01 * capacityPercentDamagePerCycle * m_battReplacementCostPerKWH[curr_year] * _Battery->nominal_energy();
         }
         else {
             // Should only apply to BattWatts. BattWatts doesn't have retal rate dispatch, so this is fine.
@@ -915,13 +915,13 @@ void dispatch_automatic_behind_the_meter_t::costToCycle()
     }
     else if (m_battCycleCostChoice == dispatch_t::INPUT_CYCLE_COST)
     {
-        m_cycleCost = cycle_costs_by_year[curr_year] * _Battery->get_params().nominal_energy;
+        m_cycleCost = cycle_costs_by_year[curr_year] * _Battery->nominal_energy();
     }
 }
 
 double dispatch_automatic_behind_the_meter_t::cost_to_cycle_per_kwh()
 {
-    return m_cycleCost / _Battery->get_params().nominal_energy;
+    return m_cycleCost / _Battery->nominal_energy();
 }
 
 double dispatch_automatic_behind_the_meter_t::omCost()

shared/lib_battery_dispatch_pvsmoothing_fom.cpp

@@ -250,8 +250,8 @@ void dispatch_pvsmoothing_front_of_meter_t::update_dispatch(size_t year, size_t
             ssc_number_t battery_energy = _Battery->energy_nominal();
             ssc_number_t batt_half_round_trip_eff = sqrt(m_etaDischarge * m_etaPVCharge);
             ssc_number_t battery_power = m_batteryPower->getMaxACChargePower();
-            ssc_number_t soc_min = _Battery->get_params().capacity->minimum_SOC * 0.01;
-            ssc_number_t soc_max = _Battery->get_params().capacity->maximum_SOC * 0.01;
+            ssc_number_t soc_min = _Battery->SOC_min() * 0.01;
+            ssc_number_t soc_max = _Battery->SOC_max() * 0.01;
             // scale by nameplate per ERPI code
             battery_energy = m_batt_dispatch_pvs_nameplate_ac > 0 ? battery_energy / m_batt_dispatch_pvs_nameplate_ac : battery_energy;
             battery_power = m_batt_dispatch_pvs_nameplate_ac > 0 ? battery_power / m_batt_dispatch_pvs_nameplate_ac : battery_power;