TRESCA | R&D
TRESCA’s research activity comes from its presence in the industrial projects it develops.
PROJECT
DEVELOPMENT
OPPORTUNITY
IDENTIFICATION
FEASIBILITY ANALYSIS
OF THE RESEARCH PROJECT
RESEARCH AND DEVELOPMENT
ACTIIVITY
DEVELOPMENT OF AN INNOVATIVE SOLUTION (PATENTED)
For TRESCA, the need to innovate in its projects and services is a priority.
The development of industrial projects , allows the company to identify opportunities for improvement in these projects or needs that are not covered by existing technologies. Aware of this, TRESCA Ingeniería understands research and development as a key opportunity for its growth and competitiveness strategy.
At TRESCA we are committed to research, both internally and at a regional, national and international level, generating benefits such as:
PROJECTS FINANCED BY:
RESEARCH PROJECT
VARIABLE STIFFNESS COUPLING SYSTEM (ARS) IN INDUSTRIAL PLANTS WITH DISTRIBUTED GENERATION (2016-2017)
OBJECTIVE
Our alternative solution is the intermediate point between the rigid connection to the network and the island mode, the so-called adaptative rigid system (ARS). Through this system we will be able to electrically move away from network enough so that disturbances do not affect the operation of our industrial plant, as well as keeping the electrical stability provided by the external network.
This intermediate solution must be one in which the network connection goes from very rigid to less rigid, thus helping solve certain problems or risks.
Therefore, this new model is proposed in order to solve the issues discussed above.
START DATE:
2016
END DATE:
2017
RESEARCH PROJECT
PROGRAMME FOR THE PROMOTION OF INNOVATION IN SMES: IMPLEMENTING MANAGEMENT SYSTEM ACCORDING TO ISO 45001:2018
OBJECTIVE
Implementation of production management systems based on recognised process improvement models. With the implementation of an OSH Management System according to ISO-45001 standard we have been able to:
- Guarantee a safe working environment for employees
- Improve company productivity
- Increase communication and participation of employees
START DATE:
13/03/2019
END DATE:
16/11/2020
RESEARCH PROJECT
VIBRATION ANALYSIS SYSTEM IN INDUSTRIAL PLANTS BASED ON DATA MINING TO WORK IN INDUSTRY 4.0 ENVIRONMENTS.
OBJECTIVES:
- To integrate the measurement and use of vibration data in the Industry 4.0 environment.
- To be able to accurately measure mechanical vibrations in complex industrial environments easily, quickly and in real time.
- To be able to simulate and test concrete solutions to vibration problems in the laboratory without intervention in the plant.
- Apply Data Mining tools to analyse:
- The level of vibrations within an industrial complex.
- The patterns of vibrations.
- The search for solutions to specific cases.
START DATE:
25/10/2018
END DATE:
31/12/2019
RESEARCH PROJECT
SYSTEM RESEARCH FOR THE INSPECTION OF HOSTILE STRUCTURED ENVIRONMENTS USING SIMULTANEOUS LOCALISATION AND MAPPING (SLAM) SYSTEMS WITH LIDAR TECHNOLOGY (SLAMBYLIDAR)
OBJECTIVE
Research on a 2D visual SLAM system that allows perimeter mapping inside enclosures, the highly accurate positioning of a scout vehicle and the representation of the enclosure map superimposed on a GIS system or Google map.
The project studies the different models and methodologies for mapping structured industrial environments in hostile or inaccessible locations and initiates ways for further developments to avoid human exposure to toxic or hazardous environments.
The SLAMbyLIDAR project is funded by the European Regional Development Fund (ERDF) of the European Union and the council of Castilla y León, through the Institute for Business Competitiveness of Castilla y León, with the aim of promoting research, technological development and innovation, and achieving a more competitive business fabric. The project corresponds to Thematic Objective 1, which aims to “promote technological development, innovation and quality research”.
START DATE:
2022
END DATE:
2023
RESEARCH PROJECT
SMART HYBRID ELECTRICAL ENERGY STORAGE SYSTEM WITH BATTERIES AND ULTRACAPACITORS FOR USE IN SMART GRIDS IN INDUSTRY 4.0 ENVIRONMENTS (STORE&BALANCE)
OBJECTIVES:
Research on electrical storage systems to obtain an energy storage system model that meets the needs of small and medium-sized industry at affordable price and with a technology that meets their electrical needs, through the application of hybrid smart energy storage technologies and the efficient management of electrical energy generation, storage and consumption resources in industry, in the electrical grid itself, in generation facilities and in island mode or self-consumption facilities.
The STORE&BALANCE project is funded by the European Regional Development Fund (ERDF) of the European Union and the council of Castilla y León, through the Institute for Business Competitiveness of Castilla y León, with the aim of promoting research, technological development and innovation, and achieving a more competitive business fabric. The project corresponds to Thematic Objective 1, which aims to “promote technological development, innovation and quality research”.
START DATE:
2021
END DATE:
2022
