PyCAS

Control systems for hydrogen-based technologies

Project description

The objectives of the project are the design and development of a control system for the devices and elements of production, storage and use of hydrogen in a fuel cell. It includes the development of a high-performance contactless temperature sensor, adapted to the explosive atmosphere of the hydrogen system, using infrared technology and equipped with wireless communications. On the other hand, the implementation of an evolutionary software, which governs optimally, flexibly and efficiently the network of transducers (sensors and actuators), as well as the communications network of the hydrogen system.

Objectives of the PyCAS project
- Design and development of a control system for the devices and elements of production, storage and use of hydrogen in a fuel cell.
Scheme Stack
- Development of a high-performance contactless temperature sensor, adapted to the explosive atmosphere of the hydrogen system, using infrared technology and equipped with wireless communications.
SW control
- Implementation of an evolutionary software that governs in an optimal, flexible and efficient way the network of transducers (sensors and actuators), as well as the communications network of the hydrogen system.

Framework

Project co-financed by the Agency for Innovation and Development of Andalusia (IDEA) and the Technology Corporation of Andalusia (CTA)
Duration: 20 months
Start Date: May 1, 2011
Partners: Telvent (Leader), Hynergreen and Mesurex.

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