SCADA Energy management
The SCADA Energy Management template is a production-ready accelerator for smart grid and facility management projects. It bridges the gap between industrial power systems and modern IoT platforms, providing a unified SCADA interface for generation, storage, and consumption monitoring.
๐ก Solution Description
The SCADA Energy Management template is a production-ready accelerator for smart grid and facility management projects. It bridges the gap between industrial power systems and modern IoT platforms, providing a unified SCADA interface for generation, storage, and consumption monitoring.
โจ Highlights
Transform your facility management with the SCADA Energy Management solution template. Designed for energy managers and automation engineers, this solution modernizes legacy power infrastructure into a cloud-native monitoring suite. โก๐
Press Install to generate a complete Energy ecosystem โ populated with device emulators, gateway configurations, and analytics logic.
๐ฆ Whatโs inside the box?
We have auto-generated a comprehensive industrial platform for you:
- ๐๏ธ SCADA Dashboard: A high-fidelity interface for visualizing energy flow, monitoring Batteries health, and controlling Generators.
- ๐ค Modbus Emulator: A complete Docker environment simulating 7 distinct devices (Solar panels, Wind turbine, etc.), allowing you to see the solution in action immediately.
- ๐งฎ Smart Calculations: 12 pre-configured Calculated Fields that derive complex metrics like Average 3-Phase Voltage, Net Battery Flow, and System Overload automatically.
- ๐จ System Alarms: Over 30 automated rules that trigger on critical events, such as Solar panels overheating, high discharge current, or Power transformer overload.
- ๐ก Auto-Configured Gateway: The solution automatically configures the Energy management gateway to communicate with energy assets using the Modbus protocol.
๐ Why use this template?
- โก Holistic Visibility: Fragmented systems hide inefficiencies. This solution brings Solar panels, Wind turbine, Batteries, and Grid data into a single pane of glass for total situational awareness.
- ๐ Active Control: Donโt just watch โ act. The dashboard allows you to remotely toggle generators, switch inverter modes, and manage battery storage to respond to peak demand.
- ๐ง Intelligent Metrics: Raw data isnโt enough. The system uses Calculated Fields to automatically compute complex metrics like 3-Phase Averages and System Overload status, giving you actionable insights instantly.
โจ Key Features
- Unified SCADA View: Consolidate data from 7 distinct subsystems (Generation, Storage, Conversion, Load) into a real-time command center.
- Smart Alarming: Includes 30+ pre-configured alarm rules covering everything from Generator fuel levels to Wind turbine rotor speed.
- Power Quality Analysis: Monitor granular data points like Input/Output Voltage and Frequency across the Power transformer and Inverter to ensure grid compliance.
๐ Real-World Applications
This template serves as a robust foundation for various sectors:
- ๐ญ Industrial Plants: Optimize on-site generation and manage peak loads to reduce energy costs.
- ๐ข Commercial Buildings: Monitor backup power systems (Generators/Batteries) to ensure business continuity.
- ๐๏ธ Smart Microgrids: Balance renewable inputs (Solar/Wind) with storage capacity for sustainable off-grid operation.
๐ How to connect real devices?
- IoT Gateway: The solution is designed to use the ThingsBoard IoT Gateway to connect Modbus TCP/UDP or RTU devices.
- Modbus Protocol: Direct integration with Inverters, Power Meters, and PLCs via Modbus Connector.
- MQTT API: Alternatively, integrate custom Energy Management Systems (EMS) using the MQTT Gateway API.
Share Your Solution with the Community
Built a complete IoT solution? Package it as a ZIP archive โ dashboards, rule chains, profiles, calculated fields, devices, and emulators โ and publish it to the IoT Hub so others can deploy your architecture in one click.