Open Innovation / Thematic Focuses

Knowledge Communities (KCs) focus on a wide range of topics that address the many opportunities for research within the energy sector.

For example, discussion may revolve around solutions and strategies to reduce carbon emissions in company and industrial production activities, with the aim of achieving economic targets but with a low environmental impact and in line with the principles of transition. In this way, Knowledge Communities promote the integration of environmental, social and economic dimensions in the energy sector, with a view to full sustainability.

Knowledge Communities also represent a space for debate on digital technologies, such as the Internet of Things (IoT), artificial intelligence and data analytics, and cybersecurity, with the ultimate goal of identifying tools and approaches that can improve the efficiency, security and management of the energy system.

Among the macro areas of interest in the discussion happening in KCs, the topic of grid flexibility and fluctuations in power flows through the system occupies a prominent place. The topic drives the study of solutions to diversify energy sources, including the development and application of hydrogen as an energy carrier. In addition, the analysis of new materials and technologies that can improve the overall efficiency of the physical components of the energy system are being considered.

Knowledge Communities are also concerned with the study and development of energy markets, considering factors such as energy price trends and supply and demand dynamics. In addition, the ability of the energy system to withstand extreme events and recover quickly from crisis situations is being explored in order to ensure the security and continuity of energy supply.

Another area of discussion in Knowledge Communities is the study and optimization of energy distribution and transmission grids. In this context, the integration of renewable sources, such as solar, wind, hydroelectric and geothermal energy, is considered, evaluating available technologies, energy policies and environmental and economic impacts.

Addressing these complex issues has required RSE researchers, in their day-to-day activities, to use advanced methodologies, models and simulation software, as well as a testing facility, which allows them to conduct experiments and evaluate the effectiveness of new solutions and technologies: knowledge that becomes common heritage in the Knowledge Communities’ debates.

Through the collaboration that has come about between various business entities, including Knowledge Communities, RSE has become a reference point in the energy sector, able to provide innovative solutions for the challenges of the energy transition and for the system in general.