Solutions

EVOSAR

Specially designed for rapid prototyping, flexible and low-cost projects

• In-house developed software architecture based on AUTOSAR 
• High Quality development to our customers applications
• Full flexibility
• Architecture adapted to projects specifications and needs
• Useful and adaptable for non AUTOSAR projects with high-quality development requirements.

Evolution Synergetique Automotive’s Hydrogen Tractor Project

Ports are vital hubs of global trade, but their operations can contribute significantly to pollution. Evolution Synergetique Automotive is committed to developing sustainable solutions for the transportation sector.  We are proud to introduce our innovative hydrogen-powered tractor, specifically designed for efficient and clean operations within busy port environments.

Our hydrogen tractor offers a groundbreaking alternative to traditional diesel-powered options.  By utilizing hydrogen fuel cell technology, this tractor produces zero emissions, contributing to a cleaner and healthier environment for port workers and surrounding communities.  Additionally, the tractor’s potential for longer range compared to battery electric alternatives ensures continued productivity throughout port operations.  

This innovative vehicle is a significant step towards decarbonization, promoting a more sustainable future for the maritime industry.

Key Objectives of Our Hydrogen Tractor Project:

• Advanced Technology: Modular and Scalable Platforms

A modular and scalable platform designed for advanced optimization in energy, power, and use of regenerative braking. Our native vehicle architecture integrates key systems, supported by extensive research to ensure optimal configuration and innovative adaptive algorithms.

• Innovation and AI: Energy Management with AI

Our AI approach to vehicle energy management ranges from adaptive control algorithms to intelligent battery charging optimization and fuel cell management. We are at the forefront of integrating AI solutions into electric propulsion systems.

• Sustainability and Efficiency: Optimal Energy Management System

Our innovations in thermal management and improvements in the performance and lifespan of batteries and fuel cells meet the highest automotive safety standards, leading the way toward more sustainable mobility.

• Performance and Control: Power Electronics Control

We focus on algorithm development and innovation for power electronics control, offering an advanced control unit that integrates and enhances the efficiency of the vehicle’s powertrain, ensuring optimal performance.

• Digital Technology: Digital Twin Implementation

We innovate with our Digital Twin for the Hydrogen Fuel Cell Electric Vehicle (FCEV), providing energy management solutions and advanced services for fleet management. IoT and 5G connectivity technologies are revolutionizing the off-road transport industry.

• Prototypes and Validation: Demonstration of FCEV Technology

From design to prototype manufacturing, we focus on meeting all safety regulations and standards to ensure efficient, smart and safe mobility.

H2TRACTOR

Project under the support programmes for the renewable hydrogen industrial value chain on innovation and knowledge (capacities, technological advances and demonstrators), within the framework of the Recovery, Transformation and Resilience Plan. Incentive Programme 2: Design, demonstration and validation of hydrogen-powered mobility.

#PlanDeRecuperación

Beneficiary: Évolution Synergétique Automotive S.L.
Total investment: €5.878.720
Amount of aid: 3.526.249,60 €.
Component 9, Investment 1 ( C9.l1)
Order TED/1444/2021

The objective of the project is to improve battery aging using artificial intelligence algorithms (machine learning) and 5G connectivity to send data to the cloud and control center.

The developed BMS allows a seamless integration of the system without replacing or manipulating the existing battery pack, just placing it between the battery pack and the energy consumers.

• Predictive maintenance and real-time diagnosis of the battery pack: Can be done using the interactive GUI interface of the control center.
• Communication with battery pack: Acquire and monitor the most relevant parameters of the battery to perform an optimal management. Some of them are: SoH, current consumption, number of charging cycles and SoC.
• Energy management: Energy management strategy allows energy consumers and battery thermal management system control using the data from CPS based on machine learning to improve battery life and minimize ageing.
• Cloud communication: Data communication with 5G ECU using CAN to upload the data to the cloud where the machine learning algorithms are processed.