Space for microgrids, recent studies and further steps

Microgrids -- distributed systems of localized generation, distribution network, and load -- are being increasingly deployed particularly in rural areas of emerging and under-developed countries to achieve energy access. Approximately 87% of the people without electricity live in rural areas characterized by remoteness and sparse population density. The traditional approach to serving these communities by extending the central grid has been proven to be ineffective due to a combination of factors such as capital scarcity, insufficient energy service, reduced grid reliability, etc.

India has been a pioneer in rural microgrids since the 1990s, however, there is significant progress to be made despite rapid advancements in technologies like solar PV, energy storage and affordable LED lighting solutions. India Energy Storage Alliance (IESA) estimates that India has installed over 2000 AC microgrids of over 5 kW and over 10,000 DC microgrids with majority sizing less than 1 kW. It entered into an MoU with European Space Agency (ESA) to explore applications of space technologies for accelerating energy access in India. IESA, with its vision of making microgrids economically sustainable by understanding and addressing common modes of failure on its MICRO platform and the ESA, with its aim of bringing satellite communication technology for the bottom of pyramid application to create a net social impact, have partnered to resolve this problem statement. This webinar will discuss the recent studies and further steps of action in the India market.

Speakers:

1. Dr. Rahul Walawalkar, President, Customized Energy Solutions.
2. David Coppola, Downstream Business Applications Department, European Space Research and Technology Centre.
3. Steven Braakman, NEO, The Netherlands.
4. Geert Koster, NEO, The Netherlands.
5. Henzing, J.S. (Bas),NEO, The Netherlands.
6. Ciro Lanzetta, i-EM, Italy.
7. Lorenzo Gigoni, i-EM, Italy.
8. Emilio Simeone, i-EM, Italy.