Projects within the Competitiveness Operational Program (POC-G) in which INAS participates as a partner:
SICSC-GC - Smart solutions to increase security and competitiveness through monitoring, diagnosis, reducing unwanted energy effects and increasing energy efficiency in generation and industrial consumers;
COMPETITIVENESS OPERATIONAL PROGRAM 2014-2020 (POC)
Priority Axis 1 - RESEARCH, TECHNOLOGICAL DEVELOPMENT AND INNOVATION | (RDI) IN SUPPORT OF ECONOMIC COMPETITIVENESS AND BUSINESS DEVELOPMENT
Competition POC-A1-A1.2.3-G-2015
Project type: Knowledge transfer partnerships - KTP
Major field of intervention: 3 - ENERGY, ENVIRONMENT AND CLIMATE CHANGE
Project title: "Intelligent solutions to increase security and competitiveness through monitoring, diagnosis, reducing unwanted energy effects and increasing energy efficiency in generation and industrial consumers" - SICSC-GC (ID P_40_387, SMIS Code 106020), financing contract no.: 84 / 08.09.2016
Subsidiary contract no. 6 / 09.07.2021 entitled “Research of solutions for compensating reactive and deforming powers in industrial consumers”, concluded between the research organization - University of Craiova and the enterprise - INAS S.A.
GENERAL OBJECTIVES
Increasing the economic competitiveness of both large and small businesses by developing links and synergies between those businesses and higher education research and development centers.
Promoting investments for the development of smart solutions to increase the security and competitiveness of power groups, simultaneously with the realization of pilot installations to help faster verifications of the proposed smart solutions.
Increasing the transfer of knowledge, technology and staff with RDI skills and increasing the economic competitiveness of an electricity producer and at least of an SME with an area of concern in the energy field - through direct access to research and development results and technology transfer and knowledge from research units.
SPECIFIC AND OPERATIONAL OBJECTIVES
Through industrial research and experimental development activities, the study, research, design, realization and testing of complex equipment for acquisition and monitoring in various configurations for power groups from S.C. Oltenia Energy Complex S.A. - Rovinari Power Plant Branch.
A new solution for complex systems used to improve energy safety and competitiveness in static excitation groups in energy systems, based on recordings and preliminary processing of data obtained from a static excitation energy group will be studied, developed and designed.
Experimental development activities aim to achieve a functional model and experiment in real conditions of operation of a complex system that can be integrated into the excitation system of an energy group from S.C. Oltenia Energy Complex S.A. - Turceni Power Plant Branch.
There will be a pilot installation for hardware development-optimization and development - implementation - optimization of software algorithms, dedicated to complex equipment for monitoring the functional parameters related to the component installations of the power system.
Equipment and tools for industrial research and experimental development will be purchased.
THE NEED TO IMPLEMENT THE PROJECT
At European level, investment in research and development and innovation has been significant recently, with the aim of developing the energy sector in parallel with operational safety and clean energy delivery.
The project is in line with policies to promote concrete programs for energy efficiency in conditions of increased security and competitiveness, both at national and European level.
The theme of the project is correlated with the specifics of the competition POC-A1-A1.2.3.-G-2015, aiming to acquire knowledge, respectively to obtain scientific results and cutting-edge technology for the purpose of subsequent transfer into economic practice.
The aim of the project is to provide new directions for action to increase energy security and competitiveness. This is closely related to the requirements
UCTE (Union for the Coordination of Electricity Transmission) at European level.
Theoretical contributions (by redefining power / energy quality parameters with reference to high power sources) from numerical simulations, from industrial research and experimental development activities, as well as from data obtained from the implementation of complex equipment, will allow the promotion of new ideas in the field of intelligent specialization to which the project is addressed.
Link: - SICSC-GC Project
TRAC IEE - Intelligent traction system, energy efficient for new generations of light rail machines in partnership with the University of Craiova;
COMPETITIVENESS OPERATIONAL PROGRAM 2014-2020 (POC)
Priority Axis 1 - RESEARCH, TECHNOLOGICAL DEVELOPMENT AND INNOVATION | (RDI) IN SUPPORT OF ECONOMIC COMPETITIVENESS AND BUSINESS DEVELOPMENT
Competition POC-A1-A1.2.3-G-2015.
Project type: Knowledge transfer partnerships - KTP
Major field of intervention: 3 - ENERGY, ENVIRONMENT AND CLIMATE CHANGE
Project title: "Intelligent traction system, energy efficient for new generations of light rail machines" -
TRAC-IEE (ID P_40_401, SMIS Code 106021), Nr. financing contract: 59 / 05.09.2016
Subsidiary contract no. 2 / 21.12.2017 entitled “Studies and research on modeling and numerical simulation of the components of a railway traction system”, concluded between the research organization - University of Craiova and the enterprise - INAS S.A. (Partner 2).
GENERAL OBJECTIVES
The project proposes the development of a light rail electric system that will take into account identified technical trends, be in line with applicable railway standards and the specific adaptations required and will be part of any light rail vehicles such as multi-unit electric trains ( EMU) and light electric locomotives (with maximum powers of 500kW) - intended for public rail transport of people and goods.
By carrying out the project around high-performance research laboratories with high-level infrastructure, the aim is to increase the transfer of knowledge, technology and personnel, as well as increase the economic competitiveness of an electrically operated locomotive and train manufacturer and at least one SME - by direct access to the results obtained from the research and development activity and through the transfer of technology and knowledge from the research units.
The experimental development activities aim at creating a functional model and experimenting in real operating conditions.
SPECIFIC AND OPERATIONAL OBJECTIVES
Carrying out research activities for the development and commissioning of the asynchronous traction motor, the power converter, the auxiliary service converter and the power transformer - components of the traction system.
Research for the analysis of the electromagnetic impact of the means of traction on the environment and of the supply network.
Research for the development of an efficient energy management in railway traction.
Acquisition of equipment and tools for industrial research and experimental development.
THE NEED TO IMPLEMENT THE PROJECT
In Romania, the need to manufacture multi-unit electric trains is explicitly expressed in the national programmatic strategies and documents.
Globally, the trend is to use electric locomotives for freight trains and Electric Multiple Unit (EMU) trains for passenger transport, each of which has important economic benefits.
The need to manufacture the traction system for EMU trains and light locomotives is mainly determined by:
Link: - TRAC IEE Project
- INCESA
MULTISCALE - Research on the development of advanced materials and multiscale tax optimization by integrating nano-structured materials in advanced energy systems in partnership with Ovidius University of Constanța.
COMPETITIVENESS OPERATIONAL PROGRAM (COP) 2014-2020
PRIORITY AXIS 1 - Research, technological development and innovation (RDI) in support of economic competitiveness and business development
ACTION 1.2.3 - Partnerships for knowledge transfer
CONTRACT no. 8 / 01.09.2016 Cod My SMIS 105531 ID P_40_279,
PROJECT NAME: "Research on the development of advanced materials and multiscale tax optimization by integrating nano-structured materials into advanced energy systems" acronym MultiScale,
Subsidiary contract 3211 / 26.02.2018 concluded between Ovidius University of Constanța and INAS SA.
The main objective is to facilitate the access of a group of companies interested in the development of high value-added products and services through the transfer of knowledge from research, to the advanced expertise of UOC-INSAE in the field of development of nano-structured materials and their integration in complex energy systems and access to existing facilities on the institute's HyRES research platform.
The aim of the project is to develop a comprehensive program of scientific research, technological development and innovation leading to robust solutions of advanced materials for energy systems obtained by integrating nanostructures and engineering methods of modeling, analysis and optimization of multiscale and Multiphysics.
Link: - MULTISCALE Project
