1st International Conference on Large-Scale Grid Integration of Renewable Energy in India
6-8 September 2017 | New Delhi, India
Organized by: Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ), Germany | United States Agency for International Development (USAID), USA | Energynautics GmbH, Germany
The 1st International Conference on Large-Scale Grid Integration of Renewable Energy in India is organized by Deutsche Gesellschaft für International Zusammenarbeit (GIZ); United States Agency for International Development (USAID); and Energynautics, Germany.
The Government of India has set the very ambitious goal to install 175 GW of renewable energy generation capacity by 2022. Grid integration thus becomes a very critical challenge to successfully accomplish this target. This international conference aims to connect international experts and Indian stakeholders to jointly discuss the latest technological, regulatory and conceptual developments in this field.
The Conference provides an International Forum to:
- Discuss technical and economic issues of the large-scale integration of solar and wind power including the recent advances in transmission technologies (AC and DC)
- Discuss worldwide project experiences
- Discuss innovative ideas and present results from ongoing research
- Stimulate interdisciplinary thinking between renewable energy and power transmission and distribution industries, as well as universities
- Identify subjects requiring more research efforts.
Call for Papers
To submit a paper, upload an abstract of maximum 3,000 characters (free style) between 17 January & 31 March 2017. Final papers must then be submitted online by 31 July 2017. As the conference language is English, all abstracts have to be written in English. All participants are responsible for paying their own travel and hotel expenses. Conference admission is free.
Proposed Preferential Topics
- Project experience related to wind/PV/CSP/storage grid connection
- Innovative Smart Grid solutions with wind/solar power and storage
- Experience with large-scale integration of wind/PV/CSP/storage power into power systems
- IT technology for the integration of wind/solar power and storage
- Wind/PV/CSP/storage power monitoring and prediction systems
- Wind/PV/CSP integration study experience
- Wind/PV/CSP/storage power plant performance for plant operation and interconnection with the grid
- Protection aspects of wind/PV/CSP/storage
- Wind/PV and storage in distribution grids (distributed generation)
- Wind/solar integration study methodologies and data requirements
- Modelling of inverters and wind/solar power plants for system inte-gration studies including methods of testing and verification of compliance with requirements, and technologies (on grid side and power plant side) to facilitate integration
- Wind/PV/CSP/storage system models for interconnection and planning studies
- Design and operation of hybrid systems with wind/PV/CSP/storage
- Modelling wind/PV/CSP/storage plants output variability and assessing the impacts
- Power balancing methods and solutions, e.g. balance markets, to manage wind/solar power variability in power systems
- Evaluation of rules and mechanisms for integrating of wind/PV/CSP/storage in electricity markets
- Demand forecast with distributed wind/PV and storage
- State-of-the-art wind/solar resources forecasting and opportunities for improvement
- Interconnection standards for wind turbines, wind power plants, solar systems, solar system models for system planning and interconnection studies
- Market design and regulatory issues related to Variable Renewable Energy (VRE)
- Power system balancing with high share of VRE
- Solar/wind power generation forecasting, scheduling and related applications
- Load/demand forecasting
- Power system balancing with high share of VRE
- Ancillary services from RE and Non-RE sources
- Flexibility of the conventional power plants
- Grid codes and interconnection guidelines related to wind and solar power plants
- Compliance testing for grid codes
- Demand response in smart grid context
- Virtual power plants
- Communication, control and coordination between control centres
- New and emerging features of power systems with high share of VRE
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