Keep remote measurement points supplied
Size field power around the final equipment load, seasonal sunlight and visit interval.
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Solar Site Monitoring
Remote monitoring of solar generation, inverters and energy yield across distributed sites.
Related products
The exact model, interfaces and enclosure are confirmed in the written quotation.
Equipment selection, or help with the whole farm?
Start with a country and a short description. We can help select one device, configure a kit, or plan the farm equipment list and agreed integration. Technical details can follow.
Compare ways to work with SunGene →Start from the site condition
Models and quotation stay on sungeneiot.com. Use the matching field condition first.
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Agricultural irrigation and farm pumps
Review water delivery, pump state and greenhouse signals from existing farm facilities.
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Farm water, soil and weather monitoring
Plan field and orchard measurements around available power, coverage and maintenance visits.
Why this application needs hardware
Distributed solar assets underperform silently. Without remote yield and inverter data you cannot tell a dirty panel from a failed string until the monthly bill.
Hardware for this application
- 1Energy meters and inverters are read over RS485 / Modbus for generation and status.
- 2SunGene supplies meters, RTUs, gateways and field hardware commonly used in solar site monitoring.
- 3Hardware interfaces and protocols can be selected to match the customer existing SCADA, PLC or cloud architecture.
Is this the right page?
Use this page when a solar operator or integrator needs generation, inverter and site-condition data collected from distributed assets and delivered to an existing monitoring workflow.
Outdoor field-monitoring context
Sensors, interfaces, enclosure, power and mounting are confirmed against the actual project before quotation.
See where the system fits
Make each connection understandable
Check power, terminals, interfaces and data interpretation when readings are missing.
Explore this requirementWhat buyers usually need to monitor
Energy production
Power, energy and phase data from supported meters or inverter registers.
Inverter and site status
Fault registers, breaker contacts, site power and gateway heartbeat.
Solar resource
Irradiance and selected module or ambient temperature measurements.
Weather context
Wind, rainfall or other variables only where they support maintenance or performance review.
Equipment in the system
System design, software integration, PLC/SCADA programming and site installation responsibilities are agreed in the written project scope.
Data destination
Customer platform or an agreed third-party service
Typical hardware paths
Path 1
Existing inverter integration
Best for: A site with documented Modbus registers.
- 1Register map
- 2RS485 or Ethernet gateway
- 3Timestamped data
- 4Customer platform
Path 2
Independent metering package
Best for: A retrofit that needs a separate meter and weather context.
- 1Meter and CT review
- 2Weather inputs
- 3Field gateway
- 4Remote alarms and export
Related hardware
Hardware families for this requirement
The exact model, interface, enclosure and certificates are confirmed against the project before quotation.
Three-Phase Direct-Connected Smart Energy Meter
Direct-connected three-phase four-wire energy meter for circuits up to 100 A, with an RS485 hardware option for verified remote-reading integrations.
Class C Pyranometer for Solar Radiation Monitoring
ISO 9060:2018 Class C thermopile pyranometer for 0–2000 W/m² global solar irradiance, with the output configuration selected for the site logger or RTU.
Solar-Powered Automatic Weather Station Kit
Off-grid automatic weather station kit with six-parameter sensing, RS485 Modbus, site-sized solar power and a project-selected LoRaWAN or 4G backhaul.
RS485 to Ethernet Gateway / Serial Server
Connect RS485, RS232 or RS422 field devices to Ethernet with 1-, 2- or 8-port serial-server options for Modbus bridging and direct IP communication.
4G/LTE Industrial RTU Gateway
Cellular RTU gateway for pump stations, water telemetry and remote industrial monitoring — collects RS485, analog and digital signals and uploads data over 4G LTE.
Confirm before selection
- Confirm inverter and meter protocol documents.
- Define whether data is operational or billing-related.
- Review CT ratio, phase topology and panel access.
- Select only weather variables tied to a decision.
- Confirm network, cabinet power and endpoint format.
Send this for a useful quote
- Site count and one-line diagram
- Inverter and meter documents
- Phase, current and CT details
- Weather parameters
- Network and platform endpoint
- Country and project quantity
Scope boundaries
- The scope is monitoring and data acquisition, not inverter control, grid protection or guaranteed yield.
- Billing-grade or revenue-metering claims require the exact selected meter and local evidence.
Hardware reference for the final selection
Exact model, interfaces and enclosure are confirmed in the written quote.
Official references
Buyer questions
Can you use the inverter data already available?
Yes when the inverter exposes a documented interface and the register map can be reviewed.
Do you provide the monitoring platform?
The standard scope is hardware and data handoff. A customer platform, SCADA or agreed evaluation interface can receive the data.
What should be included in a pilot?
Choose one representative site, provide the register map and identify the minimum measurements and alarms needed to prove the data path.
Typical hardware
- Smart Energy Meter
- RS485 Data Collector
- Wireless Gateway
Common interfaces
- RS485
- Modbus
- 4G LTE
- LoRaWAN
Related application hardware
Energy MonitoringGet selection help
Start with a short description. A complete equipment list is not required.