Select the required measurements
Choose the measurements to be used for generation analysis, soiling assessment, and site operations.
Solar & Sensing · APPLICATION GUIDE
Weather & Temperature
Choose the measurements needed to distinguish weather-related changes in energy generation from equipment-related changes.
Review selection pointsDiscuss this applicationFIELD APPLICATION & FLOW
See the application in its industrial setting.
Follow light, sensor measurements and data connections.
APPLICATION IN CONTEXT
- 1–2 refer to wind and ambient measurement functions within one integrated WS500-J body.
- 3 Separate rain measurement · 4 Rear-module temperature probe · 5 Time-aligned records
- An illustrative installed context informed by product exteriors, not an actual project photograph.
- WS500-J · wind
- Same unit · ambient temperature, RH and pressure
- Optional separate rain measurement
- Separate probe · rear-module temperature
- Time-aligned records
Connections to review
- 01 → 05 Measurement data
- 02 → 05 Measurement data
- 03 → 05 Measurement data
- 04 → 05 Measurement data
1 and 2 are functional regions of the same WS500-J. A rain sensor or module-temperature probe is not implied to be included in its body. Verify supply scope, installation locations and logging connections for each configuration. Dashboard traces are illustrative, not actual measurement data.
A conceptual illustration created to explain equipment and application locations. It is not an actual product photograph, installation photograph or piping/wiring design.
Manufacturer product image and selection criteria ↗
Connection principles and operating/test methods
Different environmental values on one time axis
Measurement / control
Scroll horizontally to see the complete flow.
Blue dashed lines show sensor measurement signals. Check radiation shielding for air temperature and humidity, attachment for module temperature, and structural interference for wind measurements.
These conceptual views explain flow direction. Actual piping, wiring and physical flow rates require a separate design.
01 — PROCESS
Where and what will be measured?
Define the intended use and conditions to identify the required role of each item.
Install each sensor appropriately
Review the effects of radiation, attachment to the module, and interference with the wind field from structures.
Inspection and integration
Check soiling, condensation, attachment condition, calibration, and communication quality.
02 — SELECTION
What should be selected and verified?
Ambient temperature, module temperature, wind speed and direction, and rainfall require different installation locations and maintenance. Compare the installation convenience, calibration, and fault response of integrated and separate sensor configurations.
Scroll horizontally to review all columns.
| Measurement objective | Item to review | Selection evidence |
|---|---|---|
| Ambient temperature and humidity | Radiation shielding and ventilation | Direct sunlight, radiant heat, nearby heat sources, and installation location |
| Module temperature | Rear contact sensor | Attachment method, location, thermal insulation, and cable securing |
| Wind speed and direction | Representative wind field | Installation height, interference from structures, and reference azimuth |
| Rainfall and environmental conditions | Sensors suited to the purpose | Rainfall occurrence or amount, soiling, icing, and maintenance |
Review sensor suitability against the objective, installation environment, calibration evidence, system configuration and supplier specifications.
03 — OPERATING CHECKS
Use measurement data to identify improvements.
Keep module and ambient temperatures distinct
The temperature difference is an important factor in interpreting power output. Name the data channels clearly.
Check the servicing requirements of integrated devices
Determine whether calibrating or repairing one sensor requires removal of the entire device, and assess the resulting data gaps.
Consider wiring and protection against water ingress
Check power supply, communications, grounding, surge protection, cable entry, and the environmental rating required at the site.
04 — QUESTIONS
Frequently asked questions
Is an integrated device always preferable?
It simplifies wiring and installation, but may limit the optimal location for each measurement and the methods of calibration and replacement. Compare options against operating conditions.
Is measuring module temperature at one location enough?
Review representativeness and sensor quantity based on the array configuration, temperature variation, and assessment purpose.
05 — APPLICATION REVIEW
Prepare the conditions for a technical discussion.
These details help narrow the configuration and the evidence to review.
- Required measurements and intended use
- Site climate, installation height, and structures
- Module type and temperature sensor attachment conditions
- Power supply, communications, and data logger
- Calibration, spare parts, and maintenance plan
MANUFACTURER PRODUCTS
Explore product applications and their official sources.
Confirm model suitability and supply scope through a technical review. Use each card to make an enquiry or review official manufacturer information.
KIPP & ZONEN
RC22M · connected wind and temperature configuration
Example configuration connecting an RC22M reference cell with wind-speed, ambient-temperature RTD and module-temperature RTD sensors. Peripheral sensors and cables are optional; confirm the supplied configuration.
Enquire about this productOfficial manufacturer product information ↗KIPP & ZONEN weather portfolio
WS J-Series
The WS J-Series family of integrated weather sensors covers wind, ambient temperature, relative humidity, pressure and other measurements. Confirm measurement capabilities, external temperature input and module-temperature probe supply and installation for the selected model.
Enquire about this productKIPP & ZONEN product information ↗Product photographs and manufacturer images use permitted official materials and source links. Original explanatory schematics are identified separately from actual product photographs.