SRRL BMS Current Data

NREL Solar Radiation Research Laboratory (BMS)
Current Irradiance and Meteorological Conditions

April 22, 2021
05:08 MST
Entire Day Daytime

IRRADIANCE

Global CMP22 (vent/corr.)	0.47	W/m²
Global CMP22-1 (corr.)	0.65	W/m²
Global CMP22-2 (corr.)	0.69	W/m²
Global CMP11 (corr.)	0.59	W/m²
Global CM6b (corr.)	0.61	W/m²
Global CM3 (corr.)	-0.26	W/m²
Global SR25 (corr.)	1.07	W/m²
Global MS-80	0.94	W/m²
Global MS-802 (corr.)	0.77	W/m²
Global MS-410 (corr.)	0.77	W/m²
Global MS-602 (corr.)	0.24	W/m²
Global SPP (vent/corr.)	1.61	W/m²
Global PSP (vent/corr.)	2.16	W/m²
Global GPP (corr.)	0.36	W/m²
Global SP510 (corr.)	1.35	W/m²
Global TSP-700 (vent.)	3.49	W/m²
Global SP Lite2	0.64	W/m²
Global ML-01	0.75	W/m²
Global LI-200R	0.92	W/m²
Global LI-200	0.54	W/m²
Global SP-110	0.85	W/m²
Global Research 1	2.55	W/m²
Global SAMPA/Bird (calc.)	0.00	W/m²
Global Extraterrestrial (calc.)	0.00	W/m²
Global RG780 PSP	-0.51	W/m²
Global UV-Total CUV4	0.07	W/m²
Global UV-Total TUVR	0.07	W/m²
Global UVA 501A	0.17	W/m²
Global UVA UV-S-A-T	0.15	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	1.57	µmol/s/m²
Global Photometric LI-210	0.07	klux
Global 40-South CMP22	0.76	W/m²
Global 40-South SP Lite2	0.98	W/m²
Global 40-South LI-200R	0.60	W/m²
Global 40-South CUV4	0.11	W/m²
Global 90-North PSP	0.45	W/m²
Global 90-North LI-200	1.13	W/m²
Global 90-East PSP	0.57	W/m²
Global 90-East LI-200	1.60	W/m²
Global 90-South PSP	0.44	W/m²
Global 90-South LI-200	1.56	W/m²
Global 90-West PSP	0.77	W/m²
Global 90-West LI-200	1.61	W/m²
Global Normal CMP22	0.94	W/m²
Global Normal SP Lite2	1.51	W/m²
Global Normal LI-200R	1.52	W/m²
Global 1-Axis CMP22	1.12	W/m²
Global 1-Axis SP Lite2	1.32	W/m²
Global 1-Axis LI-200R	1.19	W/m²
Global Research 2	0.88	W/m²
Direct CHP1-1	0.96	W/m²
Direct CHP1-2	0.11	W/m²
Direct sNIP	0.69	W/m²
Direct NIP	1.17	W/m²
Direct DR02 (corr.)	-0.11	W/m²
Direct MS-57	-0.01	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	0.59	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	-0.03	µmol/s/m²
Diffuse CM22-2 (vent/corr.)	1.35	W/m²
Diffuse CM22-1 (vent/corr.)	1.47	W/m²
Diffuse SR25 (corr.)	1.31	W/m²
Diffuse SPP (vent/corr.)	1.38	W/m²
Diffuse 8-48 (vent.)	1.58	W/m²
Diffuse SB8-48 (corr.)	0.86	W/m²
Diffuse Research 1	2.37	W/m²
Diffuse SAMPA/Bird (calc.)	0.00	W/m²
Downwelling IR PIR (vent.)	288.83	W/m²
Downwelling IR CG4 (vent.)	285.66	W/m²
Downwelling IR SL510	286.18	W/m²
Upwelling IR PIR	296.96	W/m²
Upwelling IR CG3	298.75	W/m²
Upwelling Shortwave CMP11	1.11	W/m²
Upwelling Shortwave CM3	1.14	W/m²
Upwelling Shortwave LI-200	1.41	W/m²
Upwelling Quantum LI-190	3.36	µmol/s/m²
Net Infrared PIRs (atmos.)	-8.13	W/m²
Net Infrared K&Zs (atmos.)	-13.09	W/m²
Net Radiation	-8.77	W/m²
Effective Net (Eppley vent)	-15.29	W/m²
Effective Net (K&Z vent)	-14.54	W/m²
Effective Net (K&Z)	-14.70	W/m²
Effective Net (Apogee)	-12.62	W/m²
Instrument Net DW PIR	-17.82	W/m²
Instrument Net DW CG4	-15.80	W/m²
Instrument Net DW SL510	-0.08	W/m²
Instrument Net UW PIR	-3.69	W/m²
Instrument Net UW CG3	-2.10	W/m²
Photometer TWC (500nm)	-0.00	V
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)	0.00	mV
Signal CMP22-1 (global)	0.00	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)	0.00	mV
Signal CM6b	0.00	mV
Signal CM3	-0.01	mV
Signal MS-802	0.00	mV
Signal MS-410	0.00	mV
Signal MS-602	-0.00	mV
Signal SPP (global)	0.01	mV
Signal SPP (diffuse)	0.01	mV
Signal PSP (global)	0.01	mV
Signal GPP (global)	0.00	mV
Signal SP510 (global)	0.04	mV
Signal SR25 (global)	0.01	mV
Signal SR25 (diffuse)	0.01	mV
Signal DR02 (direct)	-0.00	mV
Research Ch. 1	0.01
Research Field 0	0.00

METEOROLOGICAL

Zenith Angle	91.69	^o
Azimuth Angle	72.35	^o
Airmass	64.74
Solar Eclipse Shading	0.00	%
Dry Bulb Temp (Tower)	-3.71	^oC
Dry Bulb Temp (Deck)	-3.84	^oC
Dry Bulb Temp (SE)	-4.32	^oC
Dry Bulb Temp (Data lab)	22.46	^oC
Wet Bulb Temp (Tower)	-3.93	^oC
Dew Point Temp (Tower)	-4.33	^oC
Wind Chill Temp (Tower)	-3.71	^oC
Wind Chill Temp (Deck)	-3.84	^oC
Relative Humidity (Tower)	94.90	%
Relative Humidity (Deck)	100.00	%
Relative Humidity (SE)	98.70	%
Relative Humidity (Data lab)	39.45	%
Cloud Cover (Total)	-1.00	%
Cloud Cover (Opaque)	-1.00	%
Wind Speed (6')	0.00	m/s
Wind Speed (19')	1.15	m/s
Wind Speed (22')	0.51	m/s
Wind Speed (33')	2.01	m/s
Pk Wind Speed (6')	0.00	m/s
Pk Wind Speed (19')	1.70	m/s
Pk Wind Speed (22')	1.53	m/s
Pk Wind Speed (33')	2.31	m/s
Wind Direction (6')	0.00	^o from N
Wind Direction (19')	336.90	^o from N
Wind Direction (22')	321.20	^o from N
Wind Direction (33')	316.10	^o from N
Vertical Wind Shear	0.46	1/s
Station Pressure	808.26	mBar
Est. Sea-Level Pressure	1008.71	mBar
Atmospheric Electric Field	0.05	kV/m
Precipitation	0.00	mm
Precipitation (Accumulated)	0.00	mm
Snow Depth	11.12	cm
Moisture	0.00
AOD Research (500nm)	0.00
Broadband Turbidity	0.00
Albedo (CMP11)	0.00	(ratio)
Albedo (CM3)	0.00	(ratio)
Albedo (LI-200)	0.00	(ratio)
Albedo Quantum (LI-190)	0.00	(ratio)
SE-POA Angle	-47.68	^o
501A-UVA Temp	25.13	^oC
501A-UVB Temp	24.68	^oC
CUVA2 Temp	40.75	^oC
CUVB2 Temp	39.71	^oC
UV-S-A-T Temp	24.51	^oC
UV-S-B-T Temp	24.30	^oC
UVB-1 Temp	44.84	^oC
CMP22 Case Temp	269.78	^oK
SR25 Case Temp	269.57	^oK
PIR DW Dome Temp	270.46	^oK
PIR DW Case Temp	270.62	^oK
PIR UW Dome Temp	269.58	^oK
PIR UW Case Temp	269.67	^oK
CG4 DW Case Temp	269.74	^oK
CG3 UW Case Temp	269.17	^oK
SL510 Case Temp	269.31	^oK
CR3000 Deck Temp	22.29	^oC
CR3000 RTwr Temp	-0.07	^oC
CR3000 XTkr Temp	-1.58	^oC
CR800 MTwr Temp	-3.96	^oC
CR3000 Deck Battery	13.03	VDC
CR3000 RTwr Battery	13.55	VDC
CR3000 XTkr Battery	13.74	VDC
CR800 MTwr Battery	12.24	VDC
ΔT	68.88	s
ΔUT1	0.30	s
CR3000 Deck Pgm. Time	2.96	s
CR3000 RTwr Pgm. Time	2.30	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	91.52	^o
Snow Depth Quality	234.40
Horiz TP Thermal Corr	1.00
Huks TP Temp Corr	1.00
Research Thm. 1	-7999.00
Research Field 1	0.00
Research Field 2	0.00
Research RTwr 0	0.00
Research RTwr 1	0.00
Research RTwr 2	0.00
Research RTwr 3	0.00
Research RTwr 4	0.00
Research MTwr 0	-7999.00
Research MTwr 1	-7999.00
Research MTwr 2	-7999.00
Research XTkr 0	0.00
Research XTkr 1	0.00
Research XTkr 2	0.00

Output Type: Selected 1-Min Data (ASCII Text)
Selected 1-Min Data (ZIP Compressed)
Selected Hourly Data (ASCII Text)
Selected Hourly Data (ZIP Compressed)
Selected Daily Statistics (ASCII Text)
All 1-Min Raw Data (ASCII Text)
All 1-Min Raw Data (ZIP Compressed)
"Live" Raw Data (ASCII Text)
Selected Display (HTML)
Selected Plot
Wind Rose (select level below:)
6 19 22 33

Feedback Request

Black & White Plot
English Conversion (Meteorological)

GENERATE CUSTOM DATA

	Preset calculated measurement:

	User-defined calculation using an instrument and another instrument or value:

	Calculate the third irradiance component using global, direct, or diffuse:

No custom data

Select y-axis primary secondary

Check all shortwave: Global Horiz Direct Diffuse

Data is automatically updated every 60 seconds.
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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 using the citation and DOI listed on the bottom of the SRRL BMS homepage.
Notice: If you find this service valuable, have suggestions, or any other comments, please complete this Feedback Request. (150 KB DOCX)
Notice: Data have not been reviewed for accuracy or completeness. Please read the disclaimer.
To determine instrument measurement uncertainty, please download the Excel® uncertainty spreadsheet to compute these values. (5.5 MB XLSX)
Further instrument information, including current serial numbers and calibration factors, are available by clicking the instrument name. Some of these serial numbers can also be clicked for further instrument calibration history and uncertainties.
Irradiance data will always appear on primary axis and meteorological data will always appear on secondary axis.
Selected data or all raw data has the option of being compressed using the ZIP format. An extraction utility can be obtained from PKWare or WinZip
Selected hourly data will generate hourly data by averaging the input data for the entire day(s), custom data will be ignored. Note: DO NOT use this feature with wind direction measurements, the resulting averages will be bogus.
Selected daily statistics will generate daily totals (for irradiance data) and daily averages (for meteorological data) using the input data for the entire day(s), custom data will be ignored. The daily maximum and minimum (if applicable) will also be generated. Note: Negative values from shortwave irradiance instruments will be set to zero when accumulating daily totals. DO NOT use this feature with wind direction measurements, the resulting averages will be bogus.
The raw data options are the complete raw data record(s) from the datalogger, these are the raw data field IDs.
"Live" raw data is a single record from the most recent data collection and all raw data is all the data from midnight to the latest record.
Selected display will generate a customized data display, similar to the above table, custom data will be ignored.
English conversion only applies to selected data or plot and has no effect on irradiance or custom data.
When selecting raw data or wind rose, all selections (except the date) will be ignored.
The wind rose is generated using average wind speed and direction for the selected level.
The calculate third component option uses the formula: Global = Direct * Cosine(Zenith) + Diffuse to calculate a third component based on the selected two. This option should only be used for pyrheliometers and horizontal pyranometers.
For automated data extraction, please use the MIDC API.

[NREL] [MIDC] [SRRL BMS]

NREL Solar Radiation Research Laboratory (BMS) Current Irradiance and Meteorological Conditions

NREL Solar Radiation Research Laboratory (BMS)
Current Irradiance and Meteorological Conditions