TEMAUT II

The general objective of the project, starting from the design and manufacture of the prototype of a multifunctional electric vehicle driven by electric energy, is to carry out an analysis, identification and adaptation of robotics and vision technology that allows this vehicle to be converted into a col· laboratory, able to move autonomously in the field, detect the presence of workers and adapt to their movements and actions.

Project's information

Objetives

  • Implementation of technologies that allow autonomous navigation by following people (follow me) in vehicles intended for the transport of loads for the agricultural sector.
  • Increased efficiency, reduced consumption due to the integration of the 100% electric energy source with re-used rechargeable batteries, hydraulic electropumps for geometry movements and electric powertrain for displacement
  • Sensors and control system and data acquisition.
  • Food traceability: Study and incorporation of the RFID technology writing system to record on each pallet data such as farm information, the date, the time, the area where it has been collected, the type of product, the total weight, the temperature, humidity and the number of machines that harvested it.
  • 4G communication: Integrate a communication device for the transmission of telemetry that allows the remote measurement of all the data obtained and the subsequent sending of the information to the system operator. The same device will obtain data from the user platform to incorporate it into the RFID tag.

PROJECT'S STAGES

Work packages

1. Project Coordination and Management

2. Study and analysis of the current propulsion system

3. Design and definition of the energy system – Battery

4. FOLLOW-ME system design

5. Test plan and validation of the technological solution

6. Dissemination of the TEMA UT-2 Project

Entregables

E1.1 Work plan

E1.2 Calendar of Meetings

E1.3 Operating protocol

E.1.4 Report/Final Report of the Project

E.2.1 Document with the appropriate specifications of functional needs and technical requirements

E.2.2 Market study at national level

E.3.1. Power source system design

E.4.1. Architecture and implementation of the FOLLOW-ME system

E.5.1 FOLLOW-ME system validation document

E 6.1 Disclosure Plan

E 6.2 Project web plan

Project partners

Cluster FEMAC

Coordinator

VERNIS MOTORS

Socio beneficiario

ALTERITY

Socio beneficiario

EURECAT

Socio beneficiario
With the support of:
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