The range simulation is based on a demand profile attached to the object. More...
Files | |
| file | range.cpp |
Copyright (C) 2008 Battelle Memorial Institute | |
| file | range.h |
Copyright (C) 2008 Battelle Memorial Institute | |
Typedefs | |
| typedef enum range::e_state | range::STATE |
| control state | |
Enumerations | |
| enum | range::e_state { range::CT_STOPPED = 1, range::CT_STAGE_1_ONLY = 2, range::CT_STAGE_2_ONLY = 3, range::CT_STAGE_3_ONLY = 4, range::CT_STALLED = 5, range::CT_TRIPPED = 6 } |
| enum | range::HEATMODE { range::ELECTRIC, range::GASHEAT } |
| enum | range::WHLOCATION { range::INSIDE, range::GARAGE } |
| enum | range::WHMODEL { range::ONENODE, range::NONE } |
| enum | range::WHQFLOW { range::DEPLETING, range::RECOVERING, range::STABLE } |
| enum | range::WHQSTATE { range::FULL, range::PARTIAL, range::EMPTY } |
Functions | |
| int | range::init (OBJECT *parent) |
| Initialize oven model properties - randomized defaults for all published variables. | |
| EXPORT TIMESTAMP | plc_range (OBJECT *obj, TIMESTAMP t0) |
| TIMESTAMP | range::presync (TIMESTAMP t0, TIMESTAMP t1) |
| oven plc control code to set the oven 'heat_needed' state The thermostat set point, deadband, oven state and current food temperature are used to determine 'heat_needed' state. | |
| range::range (MODULE *mod) | |
| Register the class and publish range object properties. | |
| enumeration | range::range_state (void) |
| Oven state determined based on the height of the column of hot food. | |
| enumeration | range::set_current_model_and_load_state (void) |
| Set the oven model and its state based on the estimated temperature differential along the height of the food column when it is full, emplty or partial at the current height. | |
| void | range::set_time_to_transition (void) |
| Calculate the time to transition from the current state to new state. | |
| TIMESTAMP | range::sync (TIMESTAMP t0, TIMESTAMP t1) |
| oven synchronization determines the time to next synchronization state and the power drawn since last synch | |
Variables | |
| double | range::area |
| oven cross-sectional area [ft^2] | |
| bool | range::cooktop_coil_1_check |
| logic check to see if coil 1 is activated | |
| bool | range::cooktop_coil_2_check |
| logic check to see if coil 2 is activated | |
| double | range::cooktop_coil_power [3] |
| installed heating coil power [W] | |
| double | range::cooktop_energy_baseline |
| amount of energy needed to | |
| double | range::cooktop_energy_needed |
| total energy needed to cook or warm up food with cooktop | |
| double | range::cooktop_energy_used |
| amount of energy used in current cycle | |
| double | range::cooktop_interval [3] |
| length of time of each setting section for cooktop operation | |
| double | range::cooktop_run_prob |
| probability of turning on cooktop | |
| enumeration | range::current_model |
| Discerns which range model we need to use. | |
| double | range::Cw |
| thermal mass of the the food item [Btu/F] | |
| double | range::enduse_demand_cooktop |
| amount of demand added per hour (units/hr) | |
| double | range::enduse_queue_cooktop |
| accumulated demand (units) | |
| double | range::h |
| boundary between hot and cold the food layers [ft from top of the container] | |
| double | range::heat_fraction |
| fraction of the plugload that is transferred as heat (default = 0.90) | |
| enumeration | range::heat_mode |
| method of heating the food (gas or electric) [enum] | |
| bool | range::heat_needed |
| need to maintain this bit of state because of Tstat deadband... | |
| double | range::heating_element_capacity |
| rated Q of (each) heating element, input in W, converted to[Btu/hr] | |
| double | range::height |
| oven height [ft] | |
| double | range::is_range_on |
| Simple logic for determining state of range 1-on, 0-off. | |
| enumeration | range::location |
| location of oven (inside or garage) [enum] | |
| double | range::oven_demand |
| food draw rate [gpm] | |
| double | range::oven_demand_old |
| previous food demand, needed for temperature change (reflects heat loss from hot the food draw) | |
| double | range::oven_diameter |
| oven diameter [ft] | |
| double | range::oven_setpoint |
| setpoint T of heating element [F] | |
| double | range::oven_UA |
| oven UA [BTU/hr-F] | |
| double | range::oven_volume |
| oven size [gal] | |
| double | range::queue_max |
| maximum accumulated demand | |
| double | range::queue_min |
| minimum accumulated demand | |
| complex | range::range_actual_power |
| the actual power draw of the object after accounting for voltage | |
| double | range::reset_delay |
| trip time before thermal reset and restart | |
| complex | range::stall_impedance |
| impedance of motor when stalled | |
| double | range::stall_voltage |
| voltage at which the motor stalls | |
| double | range::start_voltage |
| voltage at which motor can start | |
| double | range::state_time |
| remaining time in current state (s) | |
| double | range::thermostat_deadband |
| deadband around Tset (half above, half below) [F] | |
| double | range::time_to_transition |
| time until next transition [in seconds] | |
| double | range::Tinlet |
| default will be set to 60 degF | |
| double | range::Tlower |
| temperature in lower zone of the oven (for 2-zone model) [F] | |
| double | range::Toff |
| cut-out temperature [F] | |
| double | range::Ton |
| cut-in temperature [F] | |
| double | range::total_power_cooktop |
| total power usage in cooktop | |
| double | range::total_power_oven |
| total power usage in oven | |
| double | range::total_power_range |
| total power usage in range | |
| double | range::total_time |
| tootal cooktop operating time | |
| double | range::trip_delay |
| stalled time before thermal trip | |
| double | range::Tset_curtail |
| lower limit before we cancel curtailment [F] | |
| double | range::Tupper |
| temperature in upper zone of the oven (for 2-zone model) [F] | |
| double | range::Tw |
| oven temperature [F] | |
| double | range::Tw_old |
| previous oven temperature, for internal_gains | |
The range simulation is based on a demand profile attached to the object.
The residential electric range uses a hybrid thermal model that is capable of tracking a single-mass of food.
The internal heat gain is calculated as the demand fraction of installed power.
enum range::e_state [inherited] |
enum range::HEATMODE [inherited] |
enum range::WHLOCATION [inherited] |
enum range::WHMODEL [inherited] |
enum range::WHQFLOW [inherited] |
enum range::WHQSTATE [inherited] |