Combine environmental sensors, solar power, communications and a platform for distributed agricultural and outdoor monitoring points, trends and maintenance.
Design the sensing location, energy budget and communications together. Sensors, supports, power enclosures and network equipment form a site-specific monitoring installation.
Select temperature, humidity, light, rainfall or other variables according to sensor configuration.
Match panels and storage to consumption, local sunlight and operating requirements.
Arrange poles, supports, enclosures and sensors for representative measurements and service access.
Review live values, trends and communication state by monitoring station.
Monitor field or greenhouse surroundings to support operations.
Combine sensing and communications where local power is limited.
| Applications | Agricultural and distributed outdoor environments |
|---|---|
| Sensors | Selected by measurement objective |
| Power | Solar and storage combination |
| Platform | Station groups, values and trends |
Select air temperature and humidity, wind, rainfall, soil conditions, particulates and illuminance to match the purpose of each farm, orchard or outdoor site. Locate air and weather sensors away from exhausts, heat sources and obstructions; place soil sensors in representative layers and irrigation zones. Organize platform data by area and measurement so environmental changes can support inspection, irrigation and equipment review.
At sites without mains power, solar panels, a charge controller and a battery supply the acquisition host, sensors and communications equipment. Size the package around average demand and transmission peaks, local sunshine, extended cloud cover, cold-weather capacity and cable losses. Separate power, signal and antenna routing in the enclosure, and retain cable identification and service access for future maintenance.
Treat the pole, foundation, panel, brackets and sensors as one outdoor node with clear exposure, secure fixing, protected cable entries and service access. Select RS485 aggregation, a gateway, 4G or another project link around the distribution of sites, with antenna placement suited to the enclosure. Record installation location, power package, communications and fitted sensors in the site register.
Combine live readings, historical trends, connectivity and alarms in a site-based view. Operators can investigate frozen values, abrupt changes and communications gaps as well as genuine environmental variation. Plan cleaning, calibration and comparison by sensor type, and inspect panel soiling, enclosure seals and cable fixing. Retain configuration and maintenance records after battery or sensor replacement so changes in the data can be interpreted.
Sensors are selected for weather, soil, air-quality or equipment-environment objectives. Placement and maintenance are planned for each sensor, and the platform displays the measurements actually connected.
Record sensor type, units, location and maintenance dates for each site, then compare matching time periods. Review replacements, calibration events and long offline periods alongside the trends.
Autonomy depends on host and sensor consumption, reporting strategy, panel and battery sizing, and the local climate. The package is sized around project loads and the expected period without effective charging.
Sensors are selected by the required variables and site configuration.
Autonomy depends on load, storage, solar sizing and weather conditions.
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