Article no.: 320035
SMARTDOG® 100 TS
For monitoring energy consumption or production plants, for recording complex sensor data and for regulating and controlling various types of consumers
SmartDog® is one of the most innovative devices for monitoring the yields of photovoltaic and other energy consumption or production systems, for collecting complex sensor data and for regulating and controlling various types of consumers (e.g. via radio-controlled sockets).
SmartDog® features details
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Features
- big 7“ colour-touchdisplay
- Complete configuration via display (no laptop required for installation)
- Configuration through wizard and help texts also possible for laypeople
- Up to 100 inverters (also manufacturer mixed operation) on 3 buses
- Detailed diagnostic options directly on the display (string comparison, status messages)
- Self-configurable views
- Web-Portal
- High flexibility
- 4x1,2GHz Quadcore Processor with 1GB RAM and 8GB storage
- external SD card for storing the recorded data
- Easy integration into existing systems thanks to the variety of interfaces
- SmartDog APP
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SmartDog® 100
- up to 100 kWp
- Up to 100 inverters on one SmartDog
- 6 inverter manufacturers in mixed operation (*1)
- 3 bus systems (Bus 1 & Bus 2 & RS232 with interface extension)
- 50 counters configurable
- 25 sensors configurable
- 25 controls configurable
- External alarms & threshold alarms
- Feed-in management
(*1) When using a mix of devices, please note that not all manufacturers are compatible with each other. Please check compatibility before use.
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Feed-in management
- Inverter reduction via ripple control receiver (also with self-consumption consideration)
- Active power reduction via analog input
- 70% fixed or with self-consumption consideration
- Cos(phi) per ripple control receiver
- Fixed cos(phi)
- Cos(phi) curve with freely definable points (P/Pn [current power/nominal power])
- 4 inputs for power reduction
- Feedback signal (freely scalable [e.g. 0-120%]) via analog output
- Active power reduction via analog input
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Self-consumption (control/regulation functions)
Hysteresis Function
- Freely definable switching thresholds based on, for example, surplus energy, grid consumption, boiler temperature, wind conditions, etc.
- Addition/subtraction of multiple parameters possible. Examples:
- Temperature difference between supply/return
- Indoor/outdoor temperature difference
- Collector/boiler temperature difference (e.g. thermal solar system)
- Forced ON/OFF conditions (e.g. critical temperature limits, load prioritization, etc.)
- Minimum runtime, maximum runtime, pause time
Use cases:
Surplus control, electric heating rod (also multi-stage), controlling heat pump based on surplus, air conditioning, solar thermal system, pool pump, etc.Analog Output (0–10 V Output)
- For example, transfer of surplus power to external control systems
- Precise control of various components based on available surplus
Use cases:
Modulating heat pump, regulated electric heater- Also usable as a digital output
Nested Control/Regulation Functions
- Chaining of control elements
- Definition of relationships between elements
Manual/Auto Switch and Manual Switch
- Widget element that allows switching a component manually ON/OFF or to automatic mode (e.g. surplus operation) via CustomView
Time Functions
- Weekly timer
- Clock pulse generator
- Latest activation time for consumers
Logical Operations
- AND, OR, XOR, NOR
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Alerting
- Inverter and System Alarms
- Inverter Failure
- String Failure (Power alarm)
- Inverter Status Alarms
- Communication Error (Portal–SmartDog)
- Up to 6 External Alarms (via digital input)
- Threshold Alarms (e.g. from temperature sensors)
- Sensor Fault/Failure
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Meters
- Up to 4 S0 Pulse Counters
- Electronic Meters via Optical Probe
- Multiple probes can be used simultaneously
- Enables cost-effective and simple installation for surplus detection, etc.
- Phase Voltages / Phase Currents & Grid Frequency
- Can be read and monitored
- Import and Export Power as Real-Time Values
- Includes line and bar charts for consumption data visualization
- Arithmetic Meters
- For example, calculating surplus from PV generation and consumption
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Sensors
- Pulse Sensors (e.g. wind sensors)
- 4 Analog Inputs
- 0–10 V, PT1000, KTY81-210
- Bus-Connected Sensors
- For example: solar irradiance sensors
- 1-Wire® Bus System
- Supports serial or star network topologies
- Switching and distribution possible
- Multiple sensors on one bus simultaneously
- Multi-Sensors
- Global irradiance (solar radiation)
- Module temperature
- Wind
- Temperature (various types)
- Air pressure
- Humidity
- Air quality
- Brightness
- Pressure
- Current
- Voltage
- …
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Custom View
- Customizable Views
- Freely Definable Interfaces
- Designed by the user via drag & drop
- Widgets
- Interactive elements, including animated widgets
- Multi-Page Support
- With custom page names
- Custom Images
- Upload your own images from a USB stick
- Examples: string diagrams, company logos, roof layouts, technical schematics, etc.
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More features
- Switchable Outlets via Radio with Power Feedback
- Android App
- Importing Historical Data from Excel Files via USB Stick
- Importing Historical Data Directly from Solarlog Backup Files
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Existing applications with self-consumption control
- Control of Electrical Devices
- Heating Rod Control
- 1/2/3-stage operation possible
- Control of Consumers Based on Surplus and Time
- For example: mills, etc.
- Air Conditioning Control Based on Surplus and Temperature
- Swimming Pool Pump Control Based on Surplus and Time
- Control of Washing Machine, Dishwasher, Dryer
- Heat Pump Control with ON/OFF Operation Based on Surplus and Time
- Control of Modulating Heat Pumps via Analog Output
- Control of Phase Cutting Controllers for Heating Rods, etc.
- Switching Consumers According to Time Schedules
- Function Blocks
- Function blocks for these applications can be provided by us.
- The blocks can also be programmed externally via the portal.
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PLC control blocks
- Tailored Functions
- Similar to a PLC, custom functions can be added for specialized tasks.
- Available Function Blocks
- Many function blocks are available and can be interconnected:
- Logic Functions
- Hysteresis
- Calculation Block
- Weekly Timer
- Average Value
- On/Off Delay
- On/Off Wiper Relay
- Delayed Wiper Relay
- On/Off Timer
- Analog Selector
- Up-Down Counter
- On/Off Switch
- H-0-A Switch
- Slider
- Pushbutton
- PID Controller
- Analog On/Off Outputs
- ...and more
- Tailored Functions
Technical data
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Supply
- Power Supply: Plug-in power supply, 24VDC or terminal block
- Power Consumption: Approx. 4 W without display backlighting, 8 W with display backlighting
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Communication interfaces
- 1× Ethernet
- 1× RS485
- 1× RS485/422
- max. 100 inverters – mixed operation possible
- 2× USB (WIFI/LTE/GSM...)
- 1× RS232
- 1× 1-Wire®
- 1× Can
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Additional inputs and outputs
- 4× Digital Inputs: 0–24 VDC
- 2× Analog Inputs: 0–10 V / 0–20 mA
- 2× Analog Inputs: Pt1000 / KTY 81-210
- 4× Optocoupler Outputs: 24 VDC / 50 mA
- 2× Relays: SPDT (Single Pole Double Throw), Max. load: 230 V / 5 A
- 2× Analog Outputs: 0–10 V / 0–20 mA
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Display
- 7" Capacitive Touchscreen 800 x 400 pixel resolution, 4 million colors
- 2× 3-Color LEDs
- Storage: 8 GB internal flash memory, 8 GB micro SD card
- Languages: German / English / Polish / Italian
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Environmental conditions
- Operating Temperature: -5°C to 55°C
- Storage Temperature: -20°C to 65°C
- Operating Humidity Range: 0–70% RH (non-condensing)
- Protection Rating: IP20 (for indoor use only)
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Mechanical data
- Size: 240 × 248 × 50 mm (B × H × T)
- Weight: 1800 g
- Mounting: Wall mounting
