MIDC Station Comparison: Current Data

MIDC STATION COMPARISON
CURRENT IRRADIANCE and METEOROLOGICAL CONDITIONS

Entire Day (0:00-24:00 LST) Daytime (4:00-20:00 LST)

SRRL Aux Research1 May 19, 2024
19:29 MST

Research Ch. 1	-0.02
Research Ch. 2	-0.02
Research Ch. 3	0.00
Research Ch. 4	0.00
Research Ch. 5	0.00
Research Ch. 6	0.00
Research Ch. 7	292.06	^oK
Research Ch. 8	291.75	^oK
Research Ch. 9	131.54	^oK
Research Ch. 10	131.80	^oK
Zenith Angle	93.49	^o
Azimuth Angle	299.91	^o
SPA Zen Angle	93.57	^o
SPA Azm Angle	299.92	^o
CR1000X Temp	24.09	^oC
CR1000X Battery	13.50	VDC
CR1000X CF Change	0.00	counts

SRRL Aux Research2 May 19, 2024
19:29 MST

Research Ch. 11	0.00
Research Ch. 12	0.00
Research Ch. 13	0.00
Research Ch. 14	0.00
Research Ch. 15	0.00
Research Ch. 16	0.00
Research Ch. 17	131.54	^oK
Research Ch. 18	131.41	^oK
Research Ch. 19	130.30	^oK
Research Ch. 20	133.00	^oK
Zenith Angle	93.49	^o
Azimuth Angle	299.91	^o
CR1000X Temp	23.94	^oC
CR1000X Battery	12.53	VDC
CR1000X CF Change	0.00	counts

SRRL BMS May 19, 2024
19:29 MST

Global CMP22 (vent/corr.)	-0.45	W/m²
Global CMP22-1 (corr.)	0.02	W/m²
Global CMP22-2 (corr.)	0.06	W/m²
Global CMP11 (corr.)	0.46	W/m²
Global CM6b (corr.)	0.56	W/m²
Global CM3 (corr.)	1.42	W/m²
Global SR25 (vent/corr.)	-0.20	W/m²
Global SR20 (vent/corr.)	0.10	W/m²
Global MS-80	0.35	W/m²
Global MS-802 (corr.)	1.03	W/m²
Global MS-410 (corr.)	-0.10	W/m²
Global MS-602 (corr.)	2.11	W/m²
Global SPP (corr.)	1.39	W/m²
Global PSP (corr.)	6.75	W/m²
Global GPP (corr.)	0.99	W/m²
Global SP510 (corr.)	0.31	W/m²
Global TSP-700 (vent.)	0.00	W/m²
Global SP Lite2	0.55	W/m²
Global ML-01	0.60	W/m²
Global LI-200R	0.54	W/m²
Global LI-200	0.46	W/m²
Global SP-110	0.56	W/m²
Global Research 1	3.26	W/m²
Global SAMPA/Bird (calc.)	0.00	W/m²
Global Extraterrestrial (calc.)	0.00	W/m²
Global RG780 PSP	-5.51	W/m²
Global UV-Total CUV4	0.04	W/m²
Global UV-Total TUVR	0.04	W/m²
Global UVA 501A	0.04	W/m²
Global UVA UV-S-A-T	0.06	W/m²
Global UVB 501A	0.00	W/m²
Global UVB UVB-1	-0.00	W/m²
Global UVB UV-S-B-T	0.00	W/m²
Global UVB MS210W	0.00	W/m²
Global UVE 501A (Index)	0.00	Index
Global UVE 501A (MED)	0.00	MED/hr
Global Quantum PQS-1	1.05	µmol/s/m²
Global Quantum LI-190	1.09	µmol/s/m²
Global Photometric LI-210	0.05	klux
Global 40-South CMP22	-1.44	W/m²
Global 40-South SP Lite2	0.35	W/m²
Global 40-South LI-200R	0.35	W/m²
Global 40-South CUV4	0.04	W/m²
Global 90-North PSP	-1.73	W/m²
Global 90-North LI-200	0.43	W/m²
Global 90-East PSP	-2.43	W/m²
Global 90-East LI-200	0.23	W/m²
Global 90-South PSP	-1.62	W/m²
Global 90-South LI-200	0.24	W/m²
Global 90-West PSP	-1.81	W/m²
Global 90-West LI-200	0.84	W/m²
Global Normal CMP22	0.21	W/m²
Global Normal SP Lite2	1.22	W/m²
Global Normal LI-200R	1.18	W/m²
Global 1-Axis CMP22	-1.72	W/m²
Global 1-Axis SP Lite2	0.49	W/m²
Global 1-Axis LI-200R	0.48	W/m²
Direct CHP1-1	-0.43	W/m²
Direct CHP1-2	-0.52	W/m²
Direct sNIP	-0.38	W/m²
Direct NIP	-1.33	W/m²
Direct DR20 (corr.)	0.18	W/m²
Direct DR02 (corr.)	-0.21	W/m²
Direct MS-57	-0.07	W/m²
Direct LI-201	-0.08	W/m²
Direct SAMPA/Bird (calc.)	0.00	W/m²
Direct Extraterrestrial (calc.)	0.00	W/m²
Direct RG780 NIP	-0.25	W/m²
Direct UV-Total TUVR	-0.00	W/m²
Direct UVA CUVA2	0.01	W/m²
Direct UVB CUVB2	-0.00	W/m²
Direct Quantum LI-190	-0.20	µmol/s/m²
Diffuse CM22-2 (vent/corr.)	-0.32	W/m²
Diffuse CM22-1 (vent/corr.)	-0.47	W/m²
Diffuse SR25 (vent/corr.)	-0.22	W/m²
Diffuse SR20 (vent/corr.)	0.07	W/m²
Diffuse 8-48 (vent.)	0.50	W/m²
Diffuse SB8-48 (corr.)	0.36	W/m²
Diffuse Research 1	2.93	W/m²
Diffuse SAMPA/Bird (calc.)	0.00	W/m²
Downwelling IR PIR (vent.)	304.59	W/m²
Downwelling IR CG4 (vent.)	305.27	W/m²
Upwelling IR PIR	401.16	W/m²
Upwelling IR CG3	401.33	W/m²
Upwelling Shortwave CMP11	0.02	W/m²
Upwelling Shortwave CM3	-0.21	W/m²
Upwelling Shortwave LI-200	0.12	W/m²
Upwelling Quantum LI-190	-0.41	µmol/s/m²
Net Infrared PIRs (atmos.)	-96.57	W/m²
Net Infrared K&Zs (atmos.)	-96.06	W/m²
Net Radiation	-97.04	W/m²
Effective Net (Eppley vent)	-110.12	W/m²
Effective Net (K&Z vent)	-104.76	W/m²
Effective Net (K&Z)	-101.72	W/m²
Effective Net (Huks vent)	-106.75	W/m²
Instrument Net DW PIR	-108.55	W/m²
Instrument Net DW CG4	-99.78	W/m²
Instrument Net UW PIR	-12.82	W/m²
Instrument Net UW CG3	-8.22	W/m²
Photometer POM-01 (315nm)	0.00	nA
Photometer POM-01 (400nm)	0.00	µA
Photometer POM-01 (500nm)	0.00	µA
Photometer POM-01 (675nm)	0.00	µA
Photometer POM-01 (870nm)	0.00	µA
Photometer POM-01 (940nm)	0.00	µA
Photometer POM-01 (1020nm)	0.00	µA
Signal CMP22-V (global)	-0.01	mV
Signal CMP22-1 (global)	-0.01	mV
Signal CMP22-2 (global)	-0.01	mV
Signal CM22-1 (diffuse)	-0.01	mV
Signal CM22-2 (diffuse)	-0.01	mV
Signal CMP11 (global)	-0.02	mV
Signal CM6b	-0.02	mV
Signal CM3	-0.01	mV
Signal MS-802	-0.01	mV
Signal MS-410	-0.02	mV
Signal MS-602	-0.02	mV
Signal SPP (global)	-0.02	mV
Signal PSP (global)	-0.02	mV
Signal GPP (global)	-0.01	mV
Signal SP510 (global)	-0.24	mV
Signal SR25 (global)	-0.00	mV
Signal SR25 (diffuse)	-0.00	mV
Signal SR20 (global)	-0.02	mV
Signal SR20 (diffuse)	-0.02	mV
Signal DR20 (direct)	0.00	mV
Signal DR02 (direct)	-0.00	mV
Zenith Angle	93.57	^o
Azimuth Angle	299.92	^o
Airmass	-1.00
Solar Eclipse Shading	0.00	%
Dry Bulb Temp (Tower)	18.72	^oC
Dry Bulb Temp (Deck)	18.62	^oC
Dry Bulb Temp (SE)	18.06	^oC
Dry Bulb Temp (Data lab)	22.49	^oC
Wet Bulb Temp (Tower)	9.28	^oC
Dew Point Temp (Tower)	1.08	^oC
Wind Chill Temp (Tower)	18.72	^oC
Wind Chill Temp (Deck)	18.62	^oC
Relative Humidity (Tower)	30.59	%
Relative Humidity (Deck)	31.67	%
Relative Humidity (SE)	32.46	%
Relative Humidity (Data lab)	38.08	%
Cloud Cover (Total)	-1.00	%
Cloud Cover (Opaque)	-1.00	%
Wind Speed (6')	3.99	m/s
Wind Speed (19')	3.35	m/s
Wind Speed (22')	4.67	m/s
Wind Speed (33')	5.13	m/s
Pk Wind Speed (6')	5.70	m/s
Pk Wind Speed (19')	4.95	m/s
Pk Wind Speed (22')	5.76	m/s
Pk Wind Speed (33')	7.71	m/s
Wind Direction (6')	263.30	^o from N
Wind Direction (19')	261.90	^o from N
Wind Direction (22')	270.30	^o from N
Wind Direction (33')	267.20	^o from N
Vertical Wind Shear	0.14	1/s
Station Pressure	812.52	mBar
Est. Sea-Level Pressure	1014.02	mBar
Atmospheric Electric Field	0.06	kV/m
Atmospheric Electric Field (Min)	0.05	kV/m
Atmospheric Electric Field (Max)	0.06	kV/m
Precipitation	0.00	mm
Precipitation (Accumulated)	0.00	mm
Snow Depth	-0.11	cm
Moisture	0.00
Broadband Turbidity	0.00
Albedo (CMP11)	0.00	(ratio)
Albedo (CM3)	0.00	(ratio)
Albedo (LI-200)	0.00	(ratio)
Albedo Quantum	0.00	(ratio)
501A-UVA Temp	25.16	^oC
501A-UVB Temp	24.88	^oC
CUVA2 Temp	40.91	^oC
CUVB2 Temp	39.90	^oC
UV-S-A-T Temp	25.20	^oC
UV-S-B-T Temp	24.99	^oC
UVB-1 Temp	43.71	^oC
CMP22 Case Temp	291.07	^oK
SR25 Case Temp	291.84	^oK
PIR DW Dome Temp	292.14	^oK
PIR DW Case Temp	292.44	^oK
PIR UW Dome Temp	292.18	^oK
PIR UW Case Temp	292.31	^oK
CG4 DW Case Temp	291.61	^oK
CG3 UW Case Temp	291.57	^oK
DR20 Case Temp	291.32	^oK
CR3000 Deck Temp	23.80	^oC
CR3000 RTwr Temp	22.28	^oC
CR3000 XTkr Temp	21.43	^oC
CR800 MTwr Temp	19.09	^oC
CR3000 RTwr RH	30.94	%
CR3000 Deck Battery	13.01	VDC
CR3000 RTwr Battery	13.01	VDC
CR3000 XTkr Battery	13.12	VDC
CR800 MTwr Battery	12.59	VDC
ΔT	69.28	s
ΔUT1	-0.10	s
CR3000 Deck Pgm. Time	2.95	s
CR3000 RTwr Pgm. Time	2.17	s
CR3000 XTkr Pgm. Time	1.03	s
CR800 MTwr Pgm. Time	0.10	s
CR3000 Deck CF Change	0.00	counts
CR3000 RTwr CF Change	0.00	counts
CR3000 XTkr CF Change	0.00	counts
CR3000 Zen Angle	93.49	^o
Snow Depth Quality	194.10
Horiz TP Thermal Corr	1.00
Huks TP Temp Corr	3.00
Research Ch. 1	0.00
Research Thm. 1	-7999.00
Research Field 1	0.00
Research Field 2	0.00
Research Field 3	0.00
Research RTwr 0	0.00
Research RTwr 1	0.00
Research MTwr 0	-7999.00
Research MTwr 1	-7999.00
Research MTwr 2	-7999.00
Research MTwr 3	-7999.00
Research MTwr 4	-7999.00
Research XTkr 0	0.00
Research XTkr 1	0.00
Research XTkr 2	0.00

Output Type: Selected Data (ASCII Text)
Selected Plot

Black/white plot

Notice: Any publication based in whole or in part on these data sets should conspicuously acknowledge the data source as the National Renewable Energy Laboratory.
Notice: Data have not been reviewed for accuracy or completeness.

[NREL] [MIDC]

MIDC STATION COMPARISON CURRENT IRRADIANCE and METEOROLOGICAL CONDITIONS

MIDC STATION COMPARISON
CURRENT IRRADIANCE and METEOROLOGICAL CONDITIONS