Spoony Educ
Educational Test Bench featuring a Spoony and its didactic interface for monitoring energy consumption
- Follow and analyze the energy behavior of electrical equipment
- Provide a tool for understanding energy consumption cycles and carbon footprint
- Go further in practice through electrical installation exercises and computer programming
All this thanks to our Spoony 1.5
Find the Spoony Educ exclusively at our partner:
DotVision and Distrame have combined their expertise to develop innovative educational solutions for high schools and vocational training programs, with a particular focus on STI2D specialties in IT & IDD, as well as on CIEL. As part of an educational test bench dedicated to assessing the energy behavior of electrical equipment, such as a coffee machine, students can analyze in detail each element of an industrial process or a tertiary installation. The main objective is to measure and reduce the energy footprint of each component, by intervening in real time via the relay outputs of the SPOONY on the energy consumption process.
For the STI2D specialties IT & IDD, students are encouraged to deepen their understanding of the functioning of various systems, such as a coffee machine. The goal is to create energy models in correlation with their respective mechanical and electrical models.
As for the CIEL program, the focus is on setting up a server centralizing all data from sensors, with the ability to create and/or configure the HMI interface (tablet, software, etc.). The main objective is to master the different protocols and types of connections embedded in SPOONY.
The proposed educational system is available in three formats tailored to specific needs: the standalone Spoony, ideal for installation in an electrical panel; the wall-mounted box, offering a practical and integrated solution; and finally, the educational terminal to be placed, providing optimal deployment flexibility for a simple and personalized educational experience.
The proposed educational system is available in three formats tailored to specific needs: the standalone Spoony, ideal for installation in an electrical panel; the wall-mounted box, offering a practical and integrated solution; and finally, the educational terminal to be placed, providing optimal deployment flexibility for a simple and personalized educational experience.
An intuitive interface that allows you to view the main information about your devices’ energy consumption.
Monitor up to 3 devices simultaneously.
Save your own profiles, and keep your settings for your various devices.
Keep track of your monitoring with a history of up to 250 cycles.
Adjust the settings to better detect the cycles of your devices.
The Spoony educational test bench includes a Spoony 1.5 measurement module and its energy consumption monitoring interface
An intuitive interface that allows you to view the main information about your devices’ energy consumption.
Monitor up to 3 devices simultaneously.
Save your own profiles, and keep your settings for your various devices.
Keep track of your monitoring with a history of up to 250 cycles.
Adjust the settings to better detect the cycles of your devices.
To address the challenges of territorial reindustrialization and sovereignty, the Spoony is manufactured in France at the Europrod factory, operated by DotVision.
Adapted to your needs
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Our other products and solutions
| Product name | SPOONY EDUC – Terminal edition 1.0 | SPOONY EDUC – Box edition 1.0 |
| Manufacturer | DotVision | DotVision |
| Product Reference | SPOONY-EDUC-TE-1.0 | SPOONY-EDUC-BE-1.0 |
| Dimensions in mm | H : 660 mm | L : 500 mm | P : 500 mm | H : 268 mm | L : 278 mm | P : 152 mm |
| Weight | ~10 525 gr | ~2150 gr |
| Format | Educational Terminal | Workshop Electrical Box |
| Placement | Tabletop | Wall-mounted |
| Alimentation | 220 V | 220 V |
| Protection | 10A Circuit Breaker | 16A Circuit Breaker |
| Outlets | 3 single-phase outlets phase / neutral and ground | 3 single-phase outlets phase / neutral and ground |
| Protection Index | IP20 | IP65 |
| Screen | 10″ Android Tablet included | None |
| Manufacturing / Assembly | France | France |
| Warranty | 2 years | 2 years |
| Examples of Educational Activities | Energy saving awareness | Energy saving awareness |
| Calculation of carbon footprint related to energy consumption | Calculation of carbon footprint related to energy consumption | |
| Measurement of energy consumption and production | Mesures de consommation et production énergétiques | |
| Introduction to electrical measurements (RMS Voltage and Current, Power (Active, Reactive, Apparent – Per phase and total), Energy (Active, Reactive, Apparent – Per phase and total), Power Factors, Frequency) | Introduction to electrical measurements (Active, Reactive, Apparent – Per phase and total), Energy (Active, Reactive, Apparent – Per phase and total), Power Factors, Frequency) | |
| Commissioning and configuration via web server or XML configuration files | Commissioning and configuration via web server or XML configuration files | |
| Setting of consumption cycle detection of connected elements via the web interface of the tablet or a TCP/IP connection | Setting of consumption cycle detection of connected elements via the web accessible interface via a TCP/IP connection | |
| Development of a web interface for presenting energy data | Development of a web interface for presenting energy data | |
| Remote supervision of the terminal’s state via a TCP/IP connection and web server | Remote supervision of the terminal’s state via a TCP/IP connection and web server | |
| Introduction to aggregated data (Min, Max, Average, Threshold, etc.) | Introduction to aggregated data (Min, Max, Average, Threshold, etc.) | |
| Setting up a remote data aggregation server through an HTTP, FTP, or MQTT connection (messages in CSV or JSON formats) | Setting up a remote data aggregation server through an HTTP, FTP, or MQTT connection (messages in CSV or JSON formats) | |
| Introduction to IoT security concepts (network security, VPN, SSL, etc.) | Introduction to IoT security concepts (network security, VPN, SSL, etc.) | |
| Management of load shedding and feedback on the On/Off status of the Spoony sub-meter outputs | ||
| Electrical wiring of the Spoony sub-meter | ||
| Installation and configuration of a ModBus RS485 or TCP/IP connection |
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