Connect separate fields and facilities
Review coverage, equipment identity and the path into your chosen platform.
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Remote Meter Reading
Automatic remote reading of electricity, water and energy meters — no more manual rounds.
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 →Why this application needs hardware
Manual meter reading is slow, error-prone and expensive. Tenants, sub-meters and remote sites need accurate consumption data without sending someone to read a dial.
Hardware for this application
- 1Meters are read over RS485 / Modbus or pulse outputs by a data collector.
- 2SunGene supplies meters, data collectors, RTUs and gateways commonly used in remote meter reading.
- 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 electricity, water or utility meters must be read without manual rounds and the buyer can provide meter interfaces, pulse constants or register maps.
Facility metering context
Sensors, interfaces, enclosure, power and mounting are confirmed against the actual project before quotation.
See where the system fits
Keep remote measurement points supplied
Size field power around the final equipment load, seasonal sunlight and visit interval.
Explore this requirementWhat buyers usually need to monitor
Cumulative readings
Energy, volume or other totalized values used for operations, allocation or reporting.
Interval data
Demand, power, flow or rate data collected at an agreed polling and upload interval.
Meter health
Offline, communication timeout, power loss and last successful reading.
Data identity
Meter ID, site, channel, timestamp, units and scaling kept consistent across the fleet.
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
RS485 multi-drop
Best for: Several documented Modbus meters in one building or cabinet.
- 1Addressed meters
- 2RS485 bus
- 3Data gateway
- 4Customer system
Path 2
Remote single meter
Best for: An isolated asset with cellular coverage.
- 1Meter or pulse input
- 2Cellular collector
- 3Buffered upload
- 4Remote records
Related hardware
Hardware families for this requirement
The exact model, interface, enclosure and certificates are confirmed against the project before quotation.
DIN-Rail Three-Phase Energy Meter
Four-module three-phase DIN-rail meter family for panel energy monitoring, with direct-connected 80 A or 100 A configurations and RS485 Modbus on selected variants.
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.
Multifunction Power Meter
Panel-mount three-phase multifunction power meter measuring voltage, current, power, power factor, frequency and energy, with RS485 Modbus for remote energy monitoring and sub-metering.
AMI Three-Phase CT Smart Electricity Meter
Three-phase four-wire CT-connected smart meter with bidirectional energy measurement, RS485 and selectable plug-in PLC, RF or cellular communication.
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 meter make, interface and protocol version.
- Provide register maps, data types, scale factors or pulse constants.
- Define polling and reporting intervals separately.
- Confirm whether the use is operational, allocation or regulated billing.
- Map site and meter identifiers to the customer system.
Send this for a useful quote
- Meter list and photos
- Register maps or pulse constants
- RS485 topology and cable length
- Reading interval and retained fields
- Network and endpoint
- Country and number of sites
Scope boundaries
- Remote collection does not make a meter billing-approved; that depends on the exact meter and local rules.
- Register availability and read permissions must be confirmed from the selected meter documentation.
Hardware reference for the final selection
Exact model, interfaces and enclosure are confirmed in the written quote.
Official references
Buyer questions
Can one gateway read multiple meters?
Yes when addresses, baud rate, cable topology, polling load and gateway capacity are suitable.
Can pulse-output meters be included?
Yes when the pulse constant, electrical interface and counter behavior are documented.
How is missing data handled?
Buffering and retry depend on the selected gateway. State the outage duration and reporting gap the project must tolerate.
Typical hardware
- Smart Energy Meter
- RS485 Data Collector
- Wireless Gateway
Common interfaces
- RS485
- Modbus
- NB-IoT
- LoRaWAN
Related application hardware
Energy MonitoringRelated selection guides
Get selection help
Start with a short description. A complete equipment list is not required.