ScenarioWhole-Home Smart Living
All devices connect to one local Home Assistant host, and automation rules run locally.
Home & Building Automation
See building energy use and bring existing equipment under one control layer
Sensor and meter data flow into an edge gateway where one point model connects OPC UA, Modbus and BACnet equipment; applications run locally or connect to your platform.
Multi-Protocol
Four protocols in one point model; existing controllers and meters stay
Wireless, No Cabling
Sensors mount on the wall; legacy RS485 meters join via S2100
Local Prediction
Setpoints predicted from the building's own history, every write read back
Where this technology lands
Scenario
ScenarioBuilding Energy Retrofit
LoRaWAN sensors mount on the wall, one gateway connects existing Modbus and BACnet equipment, and the data goes to an open-source dashboard or your own platform.
ScenarioBuilding Energy Management
A building energy retrofit solution prioritizing non-intrusive split-core metering and local edge control over complex BMS overhaul.
Reference designHVAC Automation Control
Bring HVAC controller points and an energy meter into one point model, predict setpoints from the building's own history, and write them back only after a readback from the field matches — with rollback and alarms when it does not.
Reference designBuild Your Space AI Agent
Turn SenseCAP Watcher into your voice and vision AI agent — voice dialog, proactive wake-up, and on-device face recognition
Reference designMulti-Protocol Industrial Gateway
Bring OPC UA, Modbus, BACnet/IP, and MQTT devices into one point model, then read and control them through one MQTT interface.
Reference designHome Assistant Local Voice Hub
Bring HomeKit and Zigbee devices such as Aqara into Home Assistant and control them by voice, with speech recognition and speech synthesis running locally on a Jetson.
Reference designSmart Home Control Panel
Always-on smart home interaction screen built on Home Assistant — both an e-paper reTerminal E1003 and a color SenseCAP Indicator connect over the ESPHome native API, with zero cloud dependency.
Hardware
Wireless sensors and LoRaWAN loggers report to a LoRaWAN gateway, wired equipment connects to a reComputer R gateway host, and all data lands on one data server.
Not sure which to choose? See the full selection guide →
Use Case
Configure Your Solution
Pick the scenario and gateway backhaul to generate a basic sensing and gateway hardware list. Both parties confirm the point list, actuators, electrical ratings and site interlocks before implementation.
Energy & Billing
Aggregate utility-meter readings — allocate energy by department / floor
硬件/物料名称 数量 型号/SKU 说明 reComputer R1225 LoRaWAN Gateway + Industrial Controller (EU868) 1 100079154 - SenseCAP S2100 Data Logger (RS485 → LoRaWAN, for legacy meters) 4 114992872 - Comfort & Energy Control
T&H + CO₂ → on-demand HVAC scheduling
硬件/物料名称 数量 型号/SKU 说明 reComputer R1225 LoRaWAN Gateway + Industrial Controller (EU868) 1 100079154 - SenseCAP S2101 LoRaWAN T&H Sensor 6 114992867 - SenseCAP S2103 LoRaWAN CO₂ + T&H Sensor 3 114992869 - Multi-Protocol Retrofit
Keep the legacy BMS — one gateway aggregates scattered devices
硬件/物料名称 数量 型号/SKU 说明 reComputer R1225 LoRaWAN Gateway + Industrial Controller (EU868) 1 100079154 - SenseCAP S2100 Data Logger (RS485 → LoRaWAN, scaled to onsite device count) 4 114992872 -
Deployment Architecture
Field devices → terminals → gateways → data server → SCADA
Wired devices connect over RS-485 to a LoRaWAN logger, a 4G logger or the gateway host, and wireless sensors go straight to the LoRaWAN gateway. All data lands on one data server (cloud, or an on-premises reComputer running Home Assistant), read by the SCADA dashboard on a reTerminal touch terminal. The tabs follow the diagram's blocks.
Core Advantages
- Wired and wireless in one server
- LoRaWAN, 4G or Ethernet backhaul
- Cloud or on-premises
| Image | Product | Measurements | Connectivity | IP Rating |
|---|---|---|---|---|
 | S700 V2 7-in-1 Compact Weather Station | air temperature / relative humidity / barometric pressure / light intensity / rainfall / wind speed / wind direction | RS485, SDI-12 | IP66 |
 | S700-A 7-in-1 Weather Station (Radar Rain) | air temperature / relative humidity / barometric pressure / wind speed / wind direction / rainfall intensity (radar) / light intensity | IP66 | |
 | S700-B 7-in-1 Weather Station (Solar Radiation) | air temperature / relative humidity / barometric pressure / precipitation intensity (optical) / wind speed / wind direction / global solar radiation / sunshine duration | Modbus | IP66 |
 | S700-C 7-in-1 Weather Station (Solar + Radar Rain) | air temperature / relative humidity / barometric pressure / rain intensity (radar) / wind speed / wind direction / global solar radiation / sunshine duration | Modbus | IP66 |
 | S2101 Air Temperature and Humidity Sensor | temperature -40~85C humidity 0~100%RH | LoRaWAN, BLE | IP66 |
 | S2102 Light Intensity Sensor | light intensity 0~160000 lux | LoRaWAN, BLE | IP66 |
 | S2103 CO2, Temperature, and Humidity Sensor | CO2 400~10000ppm temperature -40~85C humidity 0~100%RH | LoRaWAN, BLE | IP66 |
Sensors and field devices
Wireless sensors to the gateway, weather station on RS-485
SenseCAP S21xx wireless sensors cover indoor points such as temperature, humidity, CO₂ and light, and reach the LoRaWAN gateway directly. The S700 weather station covers outdoor points; its RS-485 model connects through a field acquisition terminal.
Core Advantages
- Temperature, humidity and air quality
- 7-in-1 outdoor weather
- LoRaWAN, no cabling
| Image | Product | Connectivity | Use Case |
|---|---|---|---|
 | S2100 Data Logger/DTU | LoRaWAN, BLE | RS-485 meters to LoRaWAN |
 | Sensor Hub Industrial-grade 4G Data Logger | 4G LTE, LoRaWAN, MQTT, MODBUS-RTU | Scattered meters, no gateway |
 | reComputer R1225 Gateway | Wi-Fi, Bluetooth/BLE, LoRaWAN | Gateway host with built-in LoRaWAN |
 | reComputer R1024-10 IoT Gateway | Modbus, BACnet, Ethernet | Wired meter collection / LAN deployment |
Field terminals
Loggers for scattered points, gateway host for wired runs
The S2100 turns RS-485 meters into LoRaWAN nodes. Sensor Hub 4G reports directly over 4G with no gateway on site. Centrally wired equipment connects to a reComputer R series gateway host; the R1225 has LoRaWAN built in and can also act as the LoRaWAN gateway.
Core Advantages
- RS-485 to LoRaWAN
- Direct 4G uplink
- Node-RED on the gateway host
| Image | Product | Connectivity | Use Case |
|---|---|---|---|
 | Indoor Gateway(SX1302) | LoRaWAN, Ethernet, WiFi, BLE | LoRaWAN gateway, extends indoor coverage |
 | reComputer R1125-10 IoT Gateway (PoE) | WiFi, BLE, Ethernet, RS485, CAN bus | On-premises data server (Home Assistant) |
Gateway and data server
LoRaWAN gateway for wireless data, local server runs Home Assistant
SenseCAP M2 receives data from wireless sensors and LoRaWAN loggers; with an R1225 gateway host it is optional. The data server runs in the cloud or on an on-premises reComputer R1100 running Home Assistant.
Core Advantages
- Indoor LoRaWAN coverage
- Home Assistant runs locally
- Cloud or on-premises
FAQ
Energy and environmental monitoring, HVAC setpoint control, and connection and alerting for field devices such as meters and sensors.
Controllers and meters that speak Modbus, BACnet or OPC UA stay in place, and the gateway handles collection and integration.
The gateway supports four protocols: OPC UA, Modbus TCP, Modbus RTU and BACnet/IP. In the field, use LoRaWAN sensors, and connect RS485 meters through the S2100.
Yes. Dashboards and control logic run on the gateway, with an optional link to a customer platform. This is not a safety-certified control system and does not suit applications that require certified safety control.
Yes. The Seeed devices used in this solution can be customized with your own logo, enclosure, packaging and pre-loaded firmware, and existing models can be adapted to add or drop interfaces and features. See Customization Service for scope and process, or .
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