pub struct DerMeasureAc {Show 70 fields
pub ac_type: AcType,
pub st: Option<St>,
pub inv_st: Option<InvSt>,
pub conn_st: Option<ConnSt>,
pub alrm: Option<Alrm>,
pub der_mode: Option<DerMode>,
pub w: Option<i16>,
pub va: Option<i16>,
pub var: Option<i16>,
pub pf: Option<i16>,
pub a: Option<i16>,
pub llv: Option<u16>,
pub lnv: Option<u16>,
pub hz: Option<u32>,
pub tot_wh_inj: Option<u64>,
pub tot_wh_abs: Option<u64>,
pub tot_varh_inj: Option<u64>,
pub tot_varh_abs: Option<u64>,
pub tmp_amb: Option<i16>,
pub tmp_cab: Option<i16>,
pub tmp_snk: Option<i16>,
pub tmp_trns: Option<i16>,
pub tmp_sw: Option<i16>,
pub tmp_ot: Option<i16>,
pub wl1: Option<i16>,
pub val1: Option<i16>,
pub var_l1: Option<i16>,
pub pfl1: Option<i16>,
pub al1: Option<i16>,
pub vl1l2: Option<u16>,
pub vl1: Option<u16>,
pub tot_wh_inj_l1: Option<u64>,
pub tot_wh_abs_l1: Option<u64>,
pub tot_varh_inj_l1: Option<u64>,
pub tot_varh_abs_l1: Option<u64>,
pub wl2: Option<i16>,
pub val2: Option<i16>,
pub var_l2: Option<i16>,
pub pfl2: Option<i16>,
pub al2: Option<i16>,
pub vl2l3: Option<u16>,
pub vl2: Option<u16>,
pub tot_wh_inj_l2: Option<u64>,
pub tot_wh_abs_l2: Option<u64>,
pub tot_varh_inj_l2: Option<u64>,
pub tot_varh_abs_l2: Option<u64>,
pub wl3: Option<i16>,
pub val3: Option<i16>,
pub var_l3: Option<i16>,
pub pfl3: Option<i16>,
pub al3: Option<i16>,
pub vl3l1: Option<u16>,
pub vl3: Option<u16>,
pub tot_wh_inj_l3: Option<u64>,
pub tot_wh_abs_l3: Option<u64>,
pub tot_varh_inj_l3: Option<u64>,
pub tot_varh_abs_l3: Option<u64>,
pub throt_pct: Option<u16>,
pub throt_src: Option<ThrotSrc>,
pub a_sf: Option<i16>,
pub v_sf: Option<i16>,
pub hz_sf: Option<i16>,
pub w_sf: Option<i16>,
pub pf_sf: Option<i16>,
pub va_sf: Option<i16>,
pub var_sf: Option<i16>,
pub tot_wh_sf: Option<i16>,
pub tot_varh_sf: Option<i16>,
pub tmp_sf: Option<i16>,
pub mn_alrm_info: Option<String>,
}model701 only.Expand description
DER AC Measurement
DER AC measurement model.
Fields§
§ac_type: AcTypeAC Wiring Type
AC wiring type.
Comments: Wiring Type
st: Option<St>Operating State
Operating state of the DER.
Comments: Operating State
inv_st: Option<InvSt>Inverter State
Enumerated value. Inverter state.
Comments: Inverter State
conn_st: Option<ConnSt>Grid Connection State
Grid connection state of the DER.
Comments: Grid Connection State
alrm: Option<Alrm>Alarm Bitfield
Active alarms for the DER.
Comments: Alarms
der_mode: Option<DerMode>DER Operational Characteristics
Current operational characteristics of the DER.
w: Option<i16>Active Power
Total active power. Active power is positive for DER generation and negative for absorption.
Comments: Scale Factors
va: Option<i16>Apparent Power
Total apparent power.
var: Option<i16>Reactive Power
Total reactive power.
pf: Option<i16>Power Factor
Power factor. The sign of power factor should be the sign of active power.
a: Option<i16>Total AC Current
Total AC current.
llv: Option<u16>Voltage LL
Line to line AC voltage as an average of active phases.
lnv: Option<u16>Voltage LN
Line to neutral AC voltage as an average of active phases.
hz: Option<u32>Frequency
AC frequency.
tot_wh_inj: Option<u64>Total Energy Injected
Total active energy injected (Quadrants 1 & 4).
tot_wh_abs: Option<u64>Total Energy Absorbed
Total active energy absorbed (Quadrants 2 & 3).
tot_varh_inj: Option<u64>Total Reactive Energy Inj
Total reactive energy injected (Quadrants 1 & 2).
tot_varh_abs: Option<u64>Total Reactive Energy Abs
Total reactive energy absorbed (Quadrants 3 & 4).
tmp_amb: Option<i16>Ambient Temperature
Ambient temperature.
Comments: Temperatures
tmp_cab: Option<i16>Cabinet Temperature
Cabinet temperature.
tmp_snk: Option<i16>Heat Sink Temperature
Heat sink temperature.
tmp_trns: Option<i16>Transformer Temperature
Transformer temperature.
tmp_sw: Option<i16>IGBT/MOSFET Temperature
IGBT/MOSFET temperature.
tmp_ot: Option<i16>Other Temperature
Other temperature.
wl1: Option<i16>Watts L1
Active power L1.
Comments: L1
val1: Option<i16>VA L1
Apparent power L1.
var_l1: Option<i16>Var L1
Reactive power L1.
pfl1: Option<i16>PF L1
Power factor phase L1.
al1: Option<i16>Amps L1
Current phase L1.
vl1l2: Option<u16>Phase Voltage L1-L2
Phase voltage L1-L2.
vl1: Option<u16>Phase Voltage L1-N
Phase voltage L1-N.
tot_wh_inj_l1: Option<u64>Total Watt-Hours Inj L1
Total active energy injected L1.
tot_wh_abs_l1: Option<u64>Total Watt-Hours Abs L1
Total active energy absorbed L1.
tot_varh_inj_l1: Option<u64>Total Var-Hours Inj L1
Total reactive energy injected L1.
tot_varh_abs_l1: Option<u64>Total Var-Hours Abs L1
Total reactive energy absorbed L1.
wl2: Option<i16>Watts L2
Active power L2.
Comments: L2
val2: Option<i16>VA L2
Apparent power L2.
var_l2: Option<i16>Var L2
Reactive power L2.
pfl2: Option<i16>PF L2
Power factor L2.
al2: Option<i16>Amps L2
Current L2.
vl2l3: Option<u16>Phase Voltage L2-L3
Phase voltage L2-L3.
vl2: Option<u16>Phase Voltage L2-N
Phase voltage L2-N.
tot_wh_inj_l2: Option<u64>Total Watt-Hours Inj L2
Total active energy injected L2.
tot_wh_abs_l2: Option<u64>Total Watt-Hours Abs L2
Total active energy absorbed L2.
tot_varh_inj_l2: Option<u64>Total Var-Hours Inj L2
Total reactive energy injected L2.
tot_varh_abs_l2: Option<u64>Total Var-Hours Abs L2
Total reactive energy absorbed L2.
wl3: Option<i16>Watts L3
Active power L3.
Comments: L3
val3: Option<i16>VA L3
Apparent power L3.
var_l3: Option<i16>Var L3
Reactive power L3.
pfl3: Option<i16>PF L3
Power factor L3.
al3: Option<i16>Amps L3
Current L3.
vl3l1: Option<u16>Phase Voltage L3-L1
Phase voltage L3-L1.
vl3: Option<u16>Phase Voltage L3-N
Phase voltage L3-N.
tot_wh_inj_l3: Option<u64>Total Watt-Hours Inj L3
Total active energy injected L3.
tot_wh_abs_l3: Option<u64>Total Watt-Hours Abs L3
Total active energy absorbed L3.
tot_varh_inj_l3: Option<u64>Total Var-Hours Inj L3
Total reactive energy injected L3.
tot_varh_abs_l3: Option<u64>Total Var-Hours Abs L3
Total reactive energy absorbed L3.
throt_pct: Option<u16>Throttling In Pct
Throttling in pct of maximum active power.
Comments: Active Power Throttling
throt_src: Option<ThrotSrc>Throttle Source Information
Active throttling source.
a_sf: Option<i16>Current Scale Factor
Current scale factor.
Comments: Scale Factors
v_sf: Option<i16>Voltage Scale Factor
Voltage scale factor.
hz_sf: Option<i16>Frequency Scale Factor
Frequency scale factor.
w_sf: Option<i16>Active Power Scale Factor
Active power scale factor.
pf_sf: Option<i16>Power Factor Scale Factor
Power factor scale factor.
va_sf: Option<i16>Apparent Power Scale Factor
Apparent power scale factor.
var_sf: Option<i16>Reactive Power Scale Factor
Reactive power scale factor.
tot_wh_sf: Option<i16>Active Energy Scale Factor
Active energy scale factor.
tot_varh_sf: Option<i16>Reactive Energy Scale Factor
Reactive energy scale factor.
tmp_sf: Option<i16>Temperature Scale Factor
Temperature scale factor.
mn_alrm_info: Option<String>Manufacturer Alarm Info
Manufacturer alarm information. Valid if MANUFACTURER_ALRM indication is active.
Comments: Manufacturer Alarm Information