Renewrev : Stasiun Pengisian Daya Cerdas Untuk Transformasi Kendaraan Listrik Dengan Energi Terbarukan

Margaretha Lintangsari  Trisuwito; Djibriel Frits Sualang  Menalang; Muhammad Farrell  Almunir

doi:10.70310/ccbh3n62

Renewrev : Stasiun Pengisian Daya Cerdas Untuk Transformasi Kendaraan Listrik Dengan Energi Terbarukan

Authors

¹⁾ Margaretha Lintangsari Trisuwito Teknik Mesin, Universitas Brawijaya
²⁾ Djibriel Frits Sualang Menalang Teknik Mesin, Universitas Brawijaya
³⁾ Muhammad Farrell Almunir Teknik Mesin, Universitas Brawijaya

https://doi.org/10.70310/ccbh3n62 Submitted: 2024-11-07 Published: 2024-12-13

Abstract

Indonesia faces challenges related to conventional electricity generation, including pollution and reliance on fossil fuels. This dependency leads to rising energy demand and soaring fuel prices. To address these issues, the government is promoting the dev elopment of renewable energy sources, such as solar and wind energy, to reduce conventional electricity use. The increasing adoption of electric vehicles (EVs) also drives the need for more charging stations. Innovations in electric vehicle technology and renewable energy generation are essential for a sustainable future. This study compiles data from various sources to propose solutions, focusing on the design of hardware, system blocks, flowcharts, and use case diagrams for a project named SmartLink. The project aims to harness solar thermal and wind energy through technologies like turbine rotors, thermoelectric systems, and photovoltaic cells. Implementation of the SmartLink initiative will occur in three phases—capacity building, technical concept, and design—projected to last until early 2025. By leveraging alternative renewable energy, Indonesia aims to mitigate its reliance on fossil fuels while supporting the growing demand for EV infrastructure.

Keywords:

Wind Energy, Solar Cell Energy, Electrical Energy, Photovoltaic, Thermoelectric, Seebeck Effect.

References

Dewanto, Yohannes et.al (2019). Alternative Electrical Energy Generation Using Generator Thermoelectric Principles. Vol. 21 No.1 page 57-58. Diniardy, Ery et.al. (2016). System Design Analysis of a Solar Power Generation System with a Capacity of 50 WP. Journal of Mechanical Engineering. Semarang : Diponegoro University. Febrian Simatupang Dhiora, 2020. Analysis of the Utilization of a Wind Power Plant Using a Ventilator Turbine and a 100WP Solar Power Plant at the Taqwa Mosque, Sei Litur Village, Kec. Palm Oil Serang Langkat. Journal of electrical engineering. Sumatera Utara : Universitas Muhammadiyah Sumatera Utara Ginanjar et.al. (2019). Design and Testing of a Thermoelectric-Based Power Generation System Using a Solar Stove as a Heat Concentrating Media. Journal of electrical engineering. Pontianak : University of Tanjungpura. Iqbal Muhammad, 2018. Manufacture of a 100 Watt Capacity Wind Power Generation System. Journal of electrical engineering. Yogyakarta : UII Yogyakarta Pasaribu, Faisal Irsan & Muhammad Reza. (2021). Arduino Based Charging Station Design Using Solar Cell 50 WP. Journal of electrical engineering. Vol 3 No.2 Sugeng, Gusti dan Furgon (2017). Design and Build Utilization of Solar Panels as Mobile Chargers in Public Places.Jurnal Vol. 02 No.10 S Aryza, FI Pasaribu, MF Siregar, M Irwanto, APU Siahaan, Z Lubis, 2017 ,JOJAPS (Effect of Solar Cell for Quality Dryer Fertilizer Based on ANN Method), Journal Online Jaringan COT POLIPD (JOJAPS) 10, 16-12

License

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How to Cite

Renewrev : Stasiun Pengisian Daya Cerdas Untuk Transformasi Kendaraan Listrik Dengan Energi Terbarukan. (2024). Jurnal Teknologi Cerdas , 2(2). https://doi.org/10.70310/ccbh3n62