ELM COIL
Conductor pack width	m	0.123
Conductor pack height	m	0.176
Jacket OD	mm	59.0
Jacket thickness	mm	2.0
Insulation thickness	mm	2.5
Conductor OD	mm	50.0
Conductor ID	mm	33.3
Conductor length per turn	m	10.9
Feeder length per pole	m	14.0
#Sub-circuits		1
#Turns per sub-circuit		6
Total conductor length per sub-circuit	m	93.3
#Sub-circuits in series hydraulically		1
#Sub-circuits in parallel hydraulically		1
#Sub-circuits in series electrically		1
#Sub-circuits in parallel electrically		1
Base total current	Amp-turn rms	90000
#Turns effective		6
Per unit current	p.u.	1.00
Current per turn effective	Amp rms	15000
Current per sub-circuit	Amp rms	15000
Net series/parallel circuit resistance at 20C	mOhm	1.850
Flow velocity	m/s	5.0
Water Inlet Temperature	deg C	100
Coil delta_T	deg C	27
Total delta_T across hydraulic circuit	deg C	39
Maximum temperature	deg C	139
Net series/parallel circuit resistance at average resistivity	mOhm	2.419
Total ohmic dissipation	kW	544
Volumetric nuclear heating rate	watt/cc	0.49
Nuclear heated volume	m3	2.16E-01
Total nuclear heating	kW	106
Total heat load	kW	650
Heat load per hydraulic circuit	kW	650
delta_T/sec (LOCW)	degC/sec	1.8
Total Pressure Drop	MPA	0.50
Boiling Pressure at Outlet Temp	MPA	0.35
Return pressure	MPA	0.69
Inlet pressure	MPA	1.19
Total Cu wetted surface to TCWS	m2	10
Total water volume in TCWS	m3	0.08
ELM BUS BAR
Conductor width	m	0.0500
Conductor height	m	0.1000
Cooling hole diameter	m	0.0175
Current	Amp rms	15000
Avg conductor length per pole	m	30
#Conductor in parallel electrically and hydraulically per pole		2
Resistance per pole at 20C	mOhm	0.055
Flow velocity	m/s	2.8
Flow per conductor	m3/s	6.69E-04
Mass flow per conductor	kg/s	0.66
#Poles in series hydraulically		2
Hydraulic path delta_P	MPA	0.25
Return pressure	MPA	0.02
Inlet pressure	MPA	0.38
Water Inlet Temperature	deg C	45
Water delta_T	deg C	5
Resistance per pole at average temperature	mOhm	0.061
Ohmic dissipation per pole	kW	14
Ohmic dissipation per unit length	kW/m	0.45
Total # bus bar poles		2
Total ohmic dissipation, fraction of total coil + bus bar		0.05
Total flow	m3/s	2.67E-03
Total mass flow	kg/s	2.6
Total bus bar resistance at 20C	ohm	1.10E-04
Total bus bar resistance at average temperature	ohm	1.22E-04
Total bus bar inductance	henry	6.01E-06
TOTAL ELM CIRCUIT
Coil resistance at operating temperature	ohm	2.42E-03
Coil inductance	henry	2.32E-04
Bus bar resistance at operating temperature	ohm	1.22E-04
Bus bar inductance	henry	6.01E-06
Total circuit resistance at operating temperture	ohm	2.54E-03
Total circuit inductance	henry	2.38E-04
Current per turn	amp	15000
AC Mode
Frequency	Hz	5
Inductive reactance	ohm	7.46E-03
Complex impedance	ohm	7.88E-03
Load power factor		0.32
Phase angle		71
Voltage drop	volt	118
Current at peak voltage	amp	4834
Power supply regulation at full load		0.20
Power supply regulation at current at peak voltage		0.06
Min power supply no-load voltage		126
Selected PS voltage		180
Active power	watt	2.86E+05
Apparent power	volt-amp	2.70E+06
Reactive power	volt-amp-reactive	2.68E+06
Net power factor		0.11
DC Mode
Voltage drop	volt	38
Active power	watt	5.72E+05
Apparent power	volt-amp	2.70E+06
Reactive power	volt-amp-reactive	2.64E+06
Net power factor		0.21
TOTAL ELM SYSTEM
# coils		27
Simultaneity factor		0.50
Total input active power	watt	7.72E+06
Total input reactive power	volt-amp-reactive	7.25E+07
Total input apparent power	volt-amp	7.29E+07
Total ohmic + nuclear heat load from coils to TCWS	watt	1.02E+07
Total mass flow to coils from TCWS	kg/s	106
TCWS Return pressure (minimum)	MPA	0.69
Total Coil Pressure Drop to TCWS	MPA	0.50
TCWS Inlet pressure (minimum)	MPA	1.19
TCWS Water Inlet Temperature	deg C	100
TCWS Water Outlet Temperature	deg C	139
Total Cu wetted surface to TCWS	m2	264
Total water volume in TCWS	m3	2.20
Total heat load from bus bar to CCWS	watt	3.71E+05
Total mass flow to bus bar from CCWS	kg/s	71