Simulation and hardware development of AC-DC power converter for Off- board charger of EV

Seyezhai, R.; Ammaiyappan, A. Bharathi Sankar; Heera, N.; Keerthana, P.; Srinivasan, Mathangi

doi:10.1016/j.matpr.2022.04.382

Cited by 2 publications

(2 citation statements)

References 9 publications

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“…Converters are commonly employed in power production systems that utilize renewable energy sources, including wind turbines (Xie et al, 2020;Bernal-Perez, Añó-Villalba and Blasco-Gimenez, 2021;Achitaev et al, 2024), ocean energy (Wang et al, 2023), solar power plants (Buzzio et al, 2023;Ingilala and Vairavasundaram, 2023), Nanogrid (Sun et al, 2022;Samiullah et al, 2023), micro-grids (Estabragh, Dastfan and Rahimiyan, 2021;Aryani et al, 2022;Heidari, Hatami and Eskandari, 2022;Molaee, Rokrok and Doostizadeh, 2022), energy harvesting systems (Yang, Pian and Liu, 2019;Eguchi et al, 2020Eguchi et al, , 2021Silveira et al, 2023), energy storage (Silveira et al, 2021;Li et al, 2022), specific instances in electric vehicles (Turksoy, Yilmaz and Teke, 2021;Delcy et al, 2022;Nahin et al, 2022;Seyezhai et al, 2022), and various other applications.…”

Section: Introductionmentioning

confidence: 99%

Comparative Analysis of a Rectifier Performance in Power Generation Applications

Sri Agustina,

Wahab,

Djulil Amri

et al. 2024

ASIIMETRIK

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Electrical energy's significance is critical to human life, as seen by the rising usage of this resource. Electricity-consuming machinery and technology are developing at an accelerating rate. A substantial electrical power supply is required to achieve these requirements. An effective method to address this issue is to use a generator set powered by an electric motor. This generator necessitates the use of a converter, which serves the purpose of transforming alternating waves (AC) into direct waves (DC), generally referred to as a rectifier. The rectifier's unsatisfactory performance necessitates the need for this research, which seeks to develop and construct a rectifier and subsequently compare its performance utilizing two distinct current sources. Rectifier performance is obtained through the utilization of direct computation and measuring methods. Two sources charge the battery: direct current from the motor and alternating current from the power grid. According to the test results, the converter using an electric power plant source had a higher current value. On the generator, the battery charges up to 13.4 volts in 55 minutes, which is 5 minutes quicker than on the PLN source.

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Section: Introductionmentioning

confidence: 99%

Comparative Analysis of a Rectifier Performance in Power Generation Applications

Sri Agustina,

Wahab,

Djulil Amri

et al. 2024

ASIIMETRIK

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show abstract

“…They can be integrated into an electronic device, such as a microwave, which has all the components of the power supply inside the unit, or can be external, such as for notebooks and smartphones [2]. They can be part of external units for electric vehicles (EVs), or EV chargers [3,4], an they can be modulated, e.g., in a desktop computer power supply [5]. This type of power supply has a wide range of voltage outputs, can be remotely controlled, and its form factor allows it to be easily replaced [6,7].…”

Section: Introductionmentioning

confidence: 99%

Low-Cost/High-Precision Smart Power Supply for Data Loggers

et al. 2022

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This paper presents a low-cost/high-precision smart power supply for application on data loggers. The microprocessor unit is the brain of the system and manages the events and was optimized to provide electrical energy to the electronic devices under normal operation and under the presence of disruptive events. The measurements showed that when switching either from battery to AC or from AC to battery, neither caused the shutdown of the power supply nor affected the behavior of the power supply. The power supply was able to charge 80% of the battery on a fast recharge of 1 h and the remaining 20% on a slow recharge of 2 h. The current allocated to the battery did not affect the operation of the power supply. The tests also showed that the power supply was able to transmit relevant information about its operation to external computers through a serial connection. This information includes the voltages at the battery and at the output of the voltage regulators, the voltage level of the AC network, the level of the battery charge and if it was being recharged, the current being drained, the internal temperatures at two locations (one measured on the resistor that limits battery charge and another measured on the output diode of the regulators), and whether the cooling system is being used. The total cost of this smart power supply is less than $150, demonstrating good potential for its popularization.

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Simulation and hardware development of AC-DC power converter for Off- board charger of EV

Cited by 2 publications

References 9 publications

Comparative Analysis of a Rectifier Performance in Power Generation Applications

Comparative Analysis of a Rectifier Performance in Power Generation Applications

Low-Cost/High-Precision Smart Power Supply for Data Loggers

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