| meter |
TI |
input time |
meter for system electricity production |
| useUsrChg |
choice:NOYES |
Start of run |
- YES: user specifies charge request;
- NO (default): calculate charge request via
- default strategy
|
| controlAlg |
BATCTRLALGVC |
Start of hour |
- control algorithm choice
- _DEFAULT: per bt_chgReq
- _TDVPEAKSAVE: strive to reduce demand during peak TDV hours
|
| maxCap |
FLOAT_GEZ |
Start of run |
maximum (usable) battery capacity in kWh |
| initSOE |
number |
Start of run |
initial state of energy (0 <= SOE <= 1) |
| initCycles |
FLOAT_GEZ |
Start of run |
initial number of cycles on battery (>= 0) |
| chgEff |
FRAC_GZ |
Start of hour |
battery efficiency while charging |
| dschgEff |
FRAC_GZ |
Start of hour |
battery efficiency while discharging (Fraction) |
| maxChgPwr |
FLOAT_GEZ |
Start of hour |
maximum allowable charging power (kW) |
| maxDschgPwr |
FLOAT_GEZ |
Start of hour |
maximum discharge power (kW) |
| chgReq |
number |
End of hour |
battery charge request (kW) +=charge;-=discharge |
| soeBegIvl |
number |
Start of hour |
battery SOE at beginning of interval |
| loadSeen |
number |
End of hour |
- the adjusted load seen by the battery for current hour (kW)
- = net power from bt_meter (including PV)
- 0 if bt_meter not specified
|
| soe |
number |
Post-calc phase of hour |
- battery state of energy (SOE) (0 <= SOE <= 1)
- represents the end of interval SOE.
|
| soelh |
number |
Start of hour |
battery state of energy (SOE) at end of prior hour |
| cycles |
FLOAT_GEZ |
Post-calc phase of hour |
accumulated battery cycles |
| cycleslh |
FLOAT_GEZ |
Start of hour |
accumulated battery cycles, end of prior hour |
| energy |
FLOAT_GEZ |
Post-calc phase of hour |
current amount of energy in battery (kWh) |
| energylh |
FLOAT_GEZ |
Start of hour |
- amount of energy in battery (kWh)
- at end of prior hour
|