(Intelligent Artisan Electric Vehicle), consists of a compact double-seater, renewable, 100% Open-Source and electric vehicle developed by Ferrara Davide Giacomo and his TCVE Motors team to contribute to the electric transition, market revolution and pollution reduction.
[TCVE Motors official website] ( https://tcvemotors.com/ ) [Post VEAI Project] (https://tcvemotors.com/projects/progetto-veai)
[Authors] [Ferrara Davide] ( https://github.com/FerraraDavideG )
[Documentation] (https://drive.google.com/file/d/1WIrQb47PrjLjpMIPrqZszVo9VQTzwGDa/view)
The user manual and guide for vehicle interaction called "VEAImanuale" or "VEAImanuale.pptx" included in this folder is subject to copyright and is not released as part of the open source due to security issues such as the diffusion of fake copies of the document, which could lead the end user to incorrect and dangerous use of the vehicle. All rights reserved © 2024 TCVE Motors.
Hardware: (General vehicle structure, electrical diagram and electronic configuration) [CERN-OHL-S V2] [ https://ohwr.org/cern_ohl_s_v2.txt ]
Software: (Files like "veai.ino" and "veaiGUI") [GNU GPL-3.0] [ https://www.gnu.org/licenses/gpl-3.0.html#license-text ]
This project uses the following components:
MOTOR HERE (MOTOR SPECS HERE) MOTOR ECU HERE (ECU DESCRIPTION HERE) Arduino Uno R4 Raspberry Pi 5 The specific code for Arduino and the computer are based on the project by Ferrara Davide Giacomo.
For further details on licenses and attributions, please see the relevant source files.
The component connections are configured as follows:
The DHT-22 temperature and humidity sensor is connected to pin 4 of the Arduino. The KY-026 flame sensor is connected to pin 5 of the Arduino. The MQ-135 gas sensor is connected to pin A0 of Arduino. The KY-035 hall effect sensor is connected to pin 3 of the Arduino. The ultrasonic sensor HCSR04 is connected to pins 7 and 8 of the Arduino. TMP36GT9Z sensors are connected to pins A2 & A4 for Motor and Motor Battery respectively on Arduino. The buzzer is connected to pin 10 of the Arduino. Arduino is connected via USB cable for serial communication to the Raspberry pi. Raspberry pi is connected to a 10' Touchscreen via HDMI for multimedia and USB for touch and power.
We are always open to feedback and talking to the community.
You can contact us via email at: helptcvemotors@gmail.com or through our website at https://tcvemotors.com/contact