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1.5 Adana Electromobile Team

1.5 Adana Electromobile Team Story

1.5 Adana Electromobile Team is a group of engineering students from Çukurova University dedicated to developing electric vehicles. Our mission is to advance sustainable transportation technology and design and manufacture the electric vehicles of the future.

Our Establishment

The team was founded in 2013 by the Department of Mechanical Engineering at Çukurova University. Since then, we have maintained our commitment to advancing electric vehicle technology and showcasing our abilities in competitions.

Our Mission

Our mission is to innovate and sustainably advance electric vehicle technologies, help young engineers and scientists enhance their skills in this field, and promote environmentally friendly transportation options.

Competitions We Participate In

We participate in the International TÜBİTAK Efficiency Challenge Electric Vehicle Race in the Electromobile and Hydromobile categories, as well as the Robotaxi-Passenger Autonomous Vehicle Competition. Additionally, we compete in the Shell Eco-marathon.

Our Achievements

• 5th place in the 2023 Shell Eco-marathon Europe

• 1st place in the 2023 International TÜBİTAK EC Electric Vehicle Races Hydromobile Category

• Board Special Award in the 2023 International TÜBİTAK EC Electric Vehicle Races Electromobile Category

• 1st place in the 2022 International TÜBİTAK EC Electric Vehicle Races Electromobile Category

• 2nd place in the 2022 International TÜBİTAK EC Electric Vehicle Races Electromobile Category

• 4th place in the 2022 Shell Eco-marathon Europe

• 2nd place in the 2021 International TÜBİTAK EC Electric Vehicle Races Electromobile Category

• Shell Eco-marathon Off-Pipe Safety Award in 2021

• 2nd place in the 2020 International TÜBİTAK EC Electric Vehicle Races Electromobile Category

• 1st place in the 2019 International TÜBİTAK EC Electric Vehicle Races Electromobile Category

• 7th place in the 2019 Shell Eco-marathon Europe

• 2nd place in the 2018 International TÜBİTAK EC Electric Vehicle Races Electromobile Category

• 7th place in the 2018 Shell Eco-marathon Europe

• 1st place in the 2018 Shell Eco-marathon Turkey

• 1st place in the Electromobile Category of the 2017 International TÜBİTAK EC Electric Vehicle Races

• 1st place in the 2017 Shell Eco-marathon Turkey

• Design Award in the 2016 International TÜBİTAK EC Electric Vehicle Races Electromobile Category

• Promotion and Dissemination Award in the 2015 International TÜBİTAK EC Electric Vehicle Races Electromobile Category

• Board Special Award in the 2014 International TÜBİTAK EC Electric Vehicle Races Electromobile Category

Our Future Goals

As a team, we are focused on our future goals. In particular, we aim to contribute to the production of alternative energy vehicles. We also evaluate our chances of reaching the finals in the Shell Eco-Marathon Race.

Our Electronic Components

BLDC Motor Driver: The motor driver controls the speed and direction of rotation of the motor. For these purposes, the electronic command required to rotate the motor according to the position information received from the hall effect sensors placed inside the motor is provided by the motor driver. During the motor driver circuit design phase, N-Channel MOSFET was each other. This isolation is achieved using an optocoupler. driver card; It can be examined in three parts: power part, control part and filter part. In the power part, MOSFETs, MOSFET driver IC isolated DC-DC converter and passive circuit elements are used. In the control section, using the ARM-based STM32F103C8T6 microcontroller, the position information received from the hall-effect sensors placed inside the motor is processed on the microprocessor card and the signals created are transferred to the gate legs of the MOSFETs using optocoupler and half-bridge MOSFET driver integrated circuits. The half-bridge MOSFET driver ICs used are fed by an isolated DC-DC converter, and the control part and power part are electrically separated from each other. More stable operation of the system has been ensured by adding passive circuit elements such as RC filter, bypass capacitor, pull-up and pull-down resistors. Capacitors are used in the filter section.

Sponsorships and Collaborations

To execute our projects and achieve success, sponsorships and collaborations are of great importance. As a team, we offer sponsorship and collaboration opportunities, believing that such support will enhance the success of our projects. Sponsors, in accordance with their preferences, have the right to place their logos on our vehicle, T-shirts, and promotional materials. Additionally, we actively share digital content that reflects our collaboration on our social media accounts.

1.5 Adana Electromobile Team continues to be committed to electric vehicle technologies, aiming to achieve more success with our future projects. We believe that electric vehicles are the foundation of sustainable transportation and are dedicated to this cause. These ongoing projects will inspire future generations to pursue careers in sustainable transportation.

1.5 Adana Electromobile Team is dedicated to advancing the future of sustainable transportation technology by designing and producing electric vehicles. However, we face certain challenges on our path to achieving these ambitious goals.

Here's why PCBWay's support is crucial for our projects!

Rapid Prototyping and Design Experience: PCBWay's rapid prototyping capabilities enable our team to progress faster. This provides an opportunity to test and refine new technologies and design approaches. It also empowers our team members to gain design experience, making them more skilled for future projects.

Budget and Time Savings: PCBWay contributes significantly to our budget and timeline. It allows us to source PCBs at affordable costs and move forward without wasting time. This helps our team to focus on more projects and achieve greater success.

Shaping the Future of Transportation: Our projects are aimed at laying the foundation for sustainable transportation in the future. With PCBWay's support, we can develop more efficient electric vehicle technologies. This paves the way for creating more eco-friendly and sustainable transportation options for future generations.

Inspiration and Collaboration: Collaborating with PCBWay provides inspiration to students and young engineers in the field of sustainable transportation technologies. It also enables us to establish long-term partnerships with our sponsors. By working together with you, we can contribute to shaping the future of transportation technologies.

1.5 Adana Electromobile Team aims to achieve greater goals with the support and collaboration of PCBWay. This support, which we need to develop electric vehicle technologies, will enhance the success of our future projects and contribute to the advancement of sustainable transportation. We are excited to work with PCBWay and look forward to collaborating with you to shape the future of transportation.