Open Source IoT-Based SCADA System for Remote Oil Facilities Using Node-RED and Arduino Microcontrollers

Osaretin, Charles Aimiuwu; Zamanlou, Mohammad; Iqbal, M. Tariq; Butt, Stephen

doi:10.1109/iemcon51383.2020.9284826

Cited by 9 publications

(6 citation statements)

References 10 publications

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“…In the same way, Pipan et al studied the benefits of integrating the distributed manufacturing nodes to enable the customization of production and manufacturing processes through open-source software and IIoT SCC (Single Chip Computer), [32]. Different research has been presented where basic SCADA systems have been developed through platforms such as Node-RED, for testing systems based in open-source software like [33] and [34], or testing specific communication protocols and monitoring the interaction (Modbus and MQTT) [35]. Additionally, Li et al presented an open-source MES (Manufacturing Execution System) framework that also integrates distributed components with the industrial standard ISA95 (integration of enterprise and control systems), [36].…”

Section: A Comparison Between Different Parameters Of Open-sourcementioning

confidence: 99%

A Smart Factory Architecture Based on Industry 4.0 Technologies: Open-Source Software Implementation

Fortoul-Diaz,

Carrillo-Martinez,

Centeno-Tellez

et al. 2023

IEEE Access

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The Smart Factory has been a concept studied during the last decade that has not been standardized yet; for this reason, the academy and industry have developed a wide variety of new architectures that describe the integration of elements for digitization and interconnection. The present research aims to introduce a new architecture proposal for migrating traditional (automation) to smart (digitization) factories, implemented through open-source software. The proposed architecture is integrated, for the first time, by the interconnection of six main elements: cyber-physical systems, edge computing, artificial intelligence, cloud computing, data analytics, and cybersecurity; the research describes in detail their definitions, sub-elements, the interconnection between elements, and the minimum requirements for implementation. The test of the proposed smart factory was done through a scale smart factory pilot testing for a pick and place process, where the assembly of wood pieces from the geometric Tangram's puzzle was required; for this reason, the pilot testing includes a six-degree-of-freedom robot arm, a conveyor, a vision system, and a storage area. The case study conducted in this research allowed the assembly of four puzzles (fish, house, rocket, and swan) that were assembled with four different batches of pieces. The implementation allowed testing flexibility and adaptability. The final assembly reports included the status of assembly, the number of pieces assembled, the number of pieces stored, the assembly sequence, and the assembly time. Similarly, the development of the SCADA system allowed asset control as well as asset monitoring. The KPIs of the assembly process measured productivity (OTD) and time tracking (ATCT and TA) of the 16 tests, founding that the interconnection and digitization of the scale manufacturing cell were fully integrated and allowed repeatability; the proposed SF architecture represents an alternative for the small and medium automated factories to achieve interconnection and digitization, and it is ready to be tested in a more complex scenario.

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Section: A Comparison Between Different Parameters Of Open-sourcementioning

confidence: 99%

A Smart Factory Architecture Based on Industry 4.0 Technologies: Open-Source Software Implementation

Fortoul-Diaz,

Carrillo-Martinez,

Centeno-Tellez

et al. 2023

IEEE Access

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“…The recent applications of IoT-based SCADA cover many areas, such as plant monitoring [17], electricity [33,34], electric power plants [35][36][37][38], industrial applications [39], wastewater treatment plant [40], telecommunication system [41], traffic control [42], education [43], oil production [44], and Smarthome [45]. The literature survey of the IoT-based SCADA systems is summarized in Table 2, where the field of application, RTU hardware, protocol, and MTU software and hardware are shown.…”

Section: Ref Parametermentioning

confidence: 99%

Development of an IoT-Based SCADA System for Monitoring of Plant Leaf Temperature and Air and Soil Parameters

Soetedjo,

Hendriarianti

2023

Applied Sciences

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Plant leaf temperature and its environmental parameters provide valuable information on plant growth. This paper presents the development of a plant monitoring system using an IoT-based SCADA (Supervisory Control and Data Acquisition). The developed SCADA system monitors the leaf temperature and the air parameters of temperature and humidity, as well as the soil parameters of temperature, moisture, pH, electrical conductivity, nitrogen, phosphorous, and potassium. A novel method is proposed for measuring the leaf temperature using a low-cost 8 × 8 array thermal camera. The sensor systems in the field are developed to wirelessly communicate with the Hawell IoT Cloud HMI via a Modbus TCP protocol. To visualize the thermal image on the HMI dashboard, a novel approach is proposed wherein the data are transferred using the Modbus TCP protocol. The HMI is connected to a cloud server and can be accessed by the users using the web browser or mobile application on a smartphone. The experimental results show that the proposed hardware, software, and communication protocol are reliable for real-time and continuous plant monitoring. Further, the evaluation of sensor data shows that the data from the thermal camera and air parameters sensor can be independently interpreted. However, the data from the soil sensor should be interpreted in consideration of the other parameters.

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“…Using Node-RED allowed for the rapid development of customised dashboards for the monitoring of flow chemistry equipment, the implementation of control algorithms and logging recorded data to a database for later analysis and presentation. While Node-RED has become popular amongst home-automation hobbyists, its use in academia has been limited, 28,29 which is surprising as Node-RED lowers the barrier of entry for users with a limited budget and/or limited software development knowledge. The open-source nature of this platform and the underlying software implementation provides a means for rapid deployment and collaboration between different research groups in industry and academia.…”

Section: Dashboard Development and Operationmentioning

confidence: 99%

“…While this result would have affected the subsequent experimental conditions chosen by the SOBO algorithm, it would not have been significant as the product 3 would have been diluted due to the testing of a higher equivalence of 2. This would have led to a lower STY even if the yield was correct as shown when compared with subsequent runs (experiments [22][23][24][25][26][27][28][29][30][31][32][33].…”

Section: Semi-autonomous Self-optimisationmentioning

confidence: 99%

Use of open-source software platform to develop dashboards for control and automation of flow chemistry equipment

et al. 2022

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Open Source IoT-Based SCADA System for Remote Oil Facilities Using Node-RED and Arduino Microcontrollers

Cited by 9 publications

References 10 publications

A Smart Factory Architecture Based on Industry 4.0 Technologies: Open-Source Software Implementation

A Smart Factory Architecture Based on Industry 4.0 Technologies: Open-Source Software Implementation

Development of an IoT-Based SCADA System for Monitoring of Plant Leaf Temperature and Air and Soil Parameters

Use of open-source software platform to develop dashboards for control and automation of flow chemistry equipment

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