energy renewable building changes nzeb efficiency management sustainability engineering analysis

Area of expertise

The EnTReC expertise was gained through active participation in interdisciplinary research consortiums within scientific projects or international scientific cooperation within European projects.

Design and implementation of energy analytic tools for sustainable energy use

Development and implementation of several energy analytic tools for sustainable energy use in distribution grid, industry and buildings, incorporated in the concepts and platforms of Virtual Energy Plants

Energy Management Systems

Building Management Systems and Demand Response

Promote cloud-based energy management systems and Demand Response platforms addressed to both industry and buildings

Applied energy services

Energy audit and balances for industrial and residential consumers

Energy quality measurements and filtering solutions

Power Systems Measurements and testing of: quantitative and quality energy indicators, remote electric or magnetic fields (DC to GHz), earth resistances, etc.

Evaluation and Identification of Power Network Losses

Energy Production and Consumption Profiling and Forecasting

Design of energy efficient systems and nZEB Buildings

Power Systems/P&G/T&D/Energy Trading

Support and applied techniques regarding the practical implementation of case study numerical interferences, lightning protection, optimal right of way transmission of energy corridors (oil, gas, energy)

Energy evaluation, solutions and methodologies regarding the efficient use of energy for industry and buildings

Numerical modelling techniques of electrical/electronic engineering applications

Advances in numerical modelling of different electromagnetic interference problems (prediction, diagnosis and feasible solutions against induced voltages and AC corrosion)

Support and applied techniques regarding the practical implementation of case study numerical interferences, lightning protection of infrastructures, optimal right of way transmission of energy corridors (oil, gas, energy)

Implementation of artificial intelligence algorithms in electromagnetic interferences problems

Numerical analysis and computational geometry applied in engineering problems

Electromagnetic field numerical analysis and synthesis

Numerical field synthesis and optimisation of different electromagnetic devices

Electromagnetic inverse problems; Inverse reconstruction and parameter identification of cracks, sources and materials in inaccessible locations

Field synthesis numerical modelling tools applied to electrical circuits stability and synthesis, respectively electromagnetic field synthesis in non-homogeneous media

Reconstruction of the return stroke currents and the specific design application of the solenoid devices

ENERGY EFFICIENCY IN LARGE SCALE DISTRIBUTED SYSTEMS

BIG DATA ANALYTICS

IOT AND BLOCKCHAIN TECHNOLOGY

Long life learning programmes for energy professionals

The education and training of energy professional is a statutory objective of the EnTReC.

In the long term, they will act as multipliers and make an important contribution to objective debates in business and society.

Continuous implementation of developed programs:

Energy efficiency and sustainability for energy managers and energy specialists

Energy managers for communities

Energy analysis techniques and practices for the implementation of buildings with almost zero energy consumption (nZEB)

Create knowledge

Studies on increasing energy efficiency, integration of renewable energies and forward-looking technologies are our fundamental contribution to a sustainable transformation of the energy system.