Energy Storage and Grid for Renewable Energy
- November 25, 2020
- Zoom Meeting
Looking into the current energy provision in Indonesia and renewable energy storage as part to support the Energy Transition in the archipelago
In January 2014, a consortium consists of energy experts from Indonesia and the Netherlands has been collaborating in the GEOCAP project (the Netherlands-Indonesian Geothermal Capacity Building program). Based on the activities and network we built we would like to convey a session on the electricity grid characteristic in Indonesia and renewable energy storage and the trends and development on renewable energy storage.
The energy transition and the integration of renewable energy puts challenges to the electricity infrastructure. Solar and wind energy are being generated with a fluctuating nature. Electrification of heating and mobility leads to increased electricity consumption and creates peak demand for energy on the electricity grid. This disrupts the balance of supply and demand for electricity and might overload the electricity grid. A reliable, efficient and affordable electricity supply can be realized by using “flexibility” – adjusting or shifting the demand or supply of electricity to peak-shave and balance the supply and demand for electricity becomes possible. Flexibility can come from different sources: Flexible power production, Curtailment, Demand-side management or Storage. Storage of electrical energy in battery systems is considered a promising development and the key to achieve sustainable development goals, especially SDG7.
Indonesia, being an archipelago with many islands, has different energy challenges in each island. In Java for example, the problem is on how to have more reliability and quality. While on the other islands, energy availability is still a problem. Moreover, it is a challenge to integrate the electrical networks between the small remote islands in Indonesia.
In this talk the GEOCAP community will discuss the challenges of the Indonesian electricity grid, the trends and developments of battery energy storage systems, and practical example cases of the different services that a BESS can offer. Our target audience are renewable energy scientists, policy makers (national, province and district level) and private enterprises.
Dr. Tri Desmana Rachmildha is a researcher – lecturer in Institut Teknologi Bandung (ITB). He studied power electronics and control in Institut Teknologi Bandung and Institut National Polytechnique de Toulouse. Since 2008, he has been doing many projects and researches concerning the power quality and its mitigation in power systems. Since 2015, he works with Read more…
Dr. Koen Broess has a PhD in biophysics and a master’s degree in chemistry. He is responsible as business manager for energy storage business development and leading a team of business developers in the regions Benelux, UK, Northern Europe, Middle East, and Africa. He is also key account manager of Eneco. He has more than Read more…
Dr. Rianne ‘t Hoen studied physics at the University of Utrecht. After her studies, she worked at Dutch Institute for Fundamental Energy Research (FOM-DIFFER) on her PhD thesis about hydrogen retention in tungsten materials. Since February 2015 she works at DNV GL. Within DNV GL she focuses on the knowledge field of renewable energy, energy Read more…