Speed Management Strategy: Designing an IoT-Based Electric Vehicle Speed Control Monitoring System

Antoine, Gatera; Mikeka, Chomora; Bajpai, Gaurav; Jayavel, Kayalvizhi

doi:10.3390/s21196670

Cited by 6 publications

(4 citation statements)

References 45 publications

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“…The solution to the problem lies in tracking algorithms and systems for monitoring the operational parameters of drive systems (including telemetry) [8][9]. However, classic PID controllers (implemented by manufacturers as standard solutions for controlling vehicle drive parameters) do not offer a sufficient level of quality, which requires the development of new solutions [5][6], [18].…”

Section: Test Track Configurationmentioning

confidence: 99%

A control algorithm to follow the limitations of an electric vehicle motor using the Tm4 Sumo drive as an example

Barcik,

Kost,

Hetmanczyk

2024

tren

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The article discusses development work on the control system of an electric vehicle considering the limitations of the TM4 Sumo power unit. Particular attention was focused on the development of a new algorithm for controlling the final phase of braking (using a retarder) at low speeds, using proprietary regulators based on the prediction of braking force values. The developed algorithm is universal (works with various drive units) automatically adjusting the setting values. At the same time, the authors paid particular attention to the elimination of the phenomenon of oscillation of the engine torque value in the final phase of braking and the synergy of the classic braking system of a commercial vehicle with electric drive braking. The article also discusses proprietary tools and software for monitoring and collecting measurement data from electric vehicles. The control algorithm is one of the products offered on the market as a solution provided by the DIGA Civil Partnership. The presented results were collected from real objects as part of implementations carried out by the authors.

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Section: Test Track Configurationmentioning

confidence: 99%

A control algorithm to follow the limitations of an electric vehicle motor using the Tm4 Sumo drive as an example

Barcik,

Kost,

Hetmanczyk

2024

tren

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“…The unified communications system DAQ includes a temperature sensor, voltage sensor, current sensor, and a humidity sensor to collect data. An IoT based speed management strategy for electric vehicles based on control monitoring system was presented by Antoine et al (2021). To monitor and analyze vehicle data, a structural speed control and IoT based automatic inspection system was created.…”

Section: Literature Reviewmentioning

confidence: 99%

IoT-based real-time monitoring of supercapacitors used in electric vehicles

Shini,

Febin Daya,

Balamurugan

2024

JART

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The research focuses on the condition monitoring of supercapacitor systems installed in the electric vehicle that acts as the power source for the vehicle when it needs high power for a lesser time. This research work aims to introduce the Internet of Things in battery systems along with supercapacitors aiming to increase the efficiency and reliability of the system. In the corresponding research work, IoT-based condition monitoring for a 48V supercapacitor for an electric vehicle is implemented, the supercapacitor is charged using the phase shift full bridge DC-DC converter after that the data is transferred from the Matlab Simulink to the Thingspeak platform to enable IoT based application Hence establishing the real-time monitoring of super- capacitor. Introducing the Internet of Things will help researchers in a deeper understanding of supercapacitor behavior in a real-time environment as well as the real-time data will be helpful in the protection of the system.

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“…Consequently, MSEs have been speeding up the Rwandan vision of 2050 (Antoine et al, 2021). Despite the remarkable economic contribution made by MSEs, it is not easy for these MSEs to access the resources required for growth.…”

Section: Introductionmentioning

confidence: 99%

Government Entrepreneurial Interventions, Individual Characteristics, and Growth of Youth-Owned Micro and Small Enterprises in Kigali City, Rwanda

2022

aijssr

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Micro and Small Enterprises have been approved as major performers in enhancing economic growth and quality of life by generating employment opportunities and profits in Rwanda. However, they have experienced several problems which diminish their growth. Those growth challenges can be improved by embracing strong entrepreneurial interventions. This research endeavored to investigate how government entrepreneurial interventions affect the growth of youth-owned MSEs in Kigali, in addition, it investigated the moderating effect of individual characteristics on the relationship between the government entrepreneurial interventions and the growth of youth-owned MSEs in Kigali City, Rwanda. The resource-based view and Gibb’s support theory were used. An explanatory research design was used in this research to determine the causal link between variables and establish the nature of the strength of the link. The study used a sample size of 154 MSEs selected from the target population of 252 youth-owned MSEs in Kigali, Rwanda. Data was collected using a questionnaire and analyzed using both descriptive and multiple regression analysis. The study noted that entrepreneurial training, access to credit, technology-based online social media, and market access have been effective government support in increasing the growth of MSEs in Kigali Rwanda. Moreover, the results indicated that individual characteristics positively affected the relationship between government entrepreneurial interventions and the growth of youth-owned MSEs in Kigali City, Rwanda. The study recommended that government should ease the requirements/conditions to be met by MSEs before accessing entrepreneurial interventions this will accelerate the growth of youth-owned SMEs in Rwanda.

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Speed Management Strategy: Designing an IoT-Based Electric Vehicle Speed Control Monitoring System

Cited by 6 publications

References 45 publications

A control algorithm to follow the limitations of an electric vehicle motor using the Tm4 Sumo drive as an example

A control algorithm to follow the limitations of an electric vehicle motor using the Tm4 Sumo drive as an example

IoT-based real-time monitoring of supercapacitors used in electric vehicles

Government Entrepreneurial Interventions, Individual Characteristics, and Growth of Youth-Owned Micro and Small Enterprises in Kigali City, Rwanda

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