I have recently participated in the International School on Energy Systems — ISES 2016 that was organised by the Institute of Energy and Climate Research — Systems Analysis and Technology Evaluation (IEK-STE) at Forschungszentrum Jülich which took place August 28 — September 02, 2016 in Seeon, Germany. I have had the opportunity to present my research topic which is “Forecasting of renewable energy Incentives and Investments based on bibliometric analysis” in poster sessions.

IEK-STE invited young researchers to discuss the challenges of present and future energy systems. The program comprised presentations and discussions mainly on the subjects of energy technologies, energy efficiency, energy policy and future trends. The goal was to develop a deeper understanding of the challenges which concern today’s and future energy systems as well as the necessity to manage a transformation process towards sustainability.

I have also had the chance to talk with some of the keynote speakers and to discuss several topics rolling around in my mind.

Takeaways From Presentations

Energy is a core segment for governments and societies.
Drivers of the energy systems have to be taken into consideration.
It is important not to ban coal but to use technology to reduce coal’s carbon emissions.
When integrated assessments and models are developed on the incentive subject, policy must be integrated with the sector.
Sustainability Assessment process should be comprised some characteristics which are transparency, participation and precautionary.
Population is a very significant concept for energy systems.
The OECD approach is useful in creating different scenarios for policy makers.
Energy justice is an emerging concept which can be taken into account.
Regulatory policy changes, market design innovation, and flexible operating procedures are critical to achieving technical potential. The power system can meet loads with variable resources especially like renewables in a variety of extreme conditions. However, achieving the technically feasible depends on incentives for transmission and generation operators to provide the necessary ramping, energy, and capacity services.
And Lastly Amazing Place Kloster Seeon..

Cemre UÇAR

I have recently participated in the International School on Energy Systems — ISES 2016 that was organised by the Institute of Energy and Climate Research — Systems Analysis and Technology Evaluation (IEK-STE) at Forschungszentrum Jülich which took place August 28 — September 02, 2016 in Seeon, Germany. I have had the opportunity to present my research topic which is “Forecasting of renewable energy Incentives and Investments based on bibliometric analysis” in poster sessions.

IEK-STE invited young researchers to discuss the challenges of present and future energy systems. The program comprised presentations and discussions mainly on the subjects of energy technologies, energy efficiency, energy policy and future trends. The goal was to develop a deeper understanding of the challenges which concern today’s and future energy systems as well as the necessity to manage a transformation process towards sustainability.

I have also had the chance to talk with some of the keynote speakers and to discuss several topics rolling around in my mind.

Takeaways From Presentations

Energy is a core segment for governments and societies.
Drivers of the energy systems have to be taken into consideration.
It is important not to ban coal but to use technology to reduce coal’s carbon emissions.
When integrated assessments and models are developed on the incentive subject, policy must be integrated with the sector.
Sustainability Assessment process should be comprised some characteristics which are transparency, participation and precautionary.
Population is a very significant concept for energy systems.
The OECD approach is useful in creating different scenarios for policy makers.
Energy justice is an emerging concept which can be taken into account.
Regulatory policy changes, market design innovation, and flexible operating procedures are critical to achieving technical potential. The power system can meet loads with variable resources especially like renewables in a variety of extreme conditions. However, achieving the technically feasible depends on incentives for transmission and generation operators to provide the necessary ramping, energy, and capacity services.
And Lastly Amazing Place Kloster Seeon..

R.Cemre UÇAR
TWRE (Yenilenebilir enerji ve Enerji sektörü türk kadınları derneği) Ankara bölge koordinatörü