24 - 25 October 2019 | Holiday Inn Shanghai Hongqiao West | Shanghai, China  

 Onsite Photo Gallery 













Shanghai Jiao Tong University







Contact us: 



W: www.rpg2019.com  
T: +86 (0)10 6566 4687  
E: event@theiet.org.cn  









Technical scope

The conference will discuss more than 37 topics in 6 themed sessions


A. Wind technology

  • Wind power plant design and wake
  • Wind power plant modelling, control and operation
  • Floating wind turbines
  • Foundations for offshore wind turbines
  • Offshore platforms and foundations for offshore transmission systems
  • Offshore cable systems for array and grid connection systems
  • Extending wind plant life
  • Operations and maintenance
  • Active and reactive power control for grid support



B. PV system technology

  • Power conversion and grid interaction
  • MPPT algorithms
  • Integration of PV into buildings and infrastructure
  • O&M and condition monitoring
  • Lifetime and reliability, including ageing effect



C. Other renewable energy sources

  • Geothermal power generation
  • Marine renewable energy (wave and tidal stream)
  • Solar thermal power generation
  • Hybrid systems combining multiple energy sources, with or without storage
  • Power generation from biomass



D. Smart city

  • Design and operation of smart metering
  • AI application in renewable sources integration
  • IT security and automation systems in power systems
  • Design of Co-simulation in multi-domain analysis
  • Digitalised solutions for renewables integration




E. Grid integration

  • Use of HVDC and DC distribution
  • Use of low-frequency transmission
  • Resiliency of grid with renewable energy sources
  • Renewable energy forecasting
  • Long-term infrastructure planning and investment
  • DC/DC conversion and integration of energy storage devices
  • Compliance with system security and quality standards




F. Technology, policy and market options for power system

  • Ancillary services market of renewable sources generation
  • Integration of power, gas, heat, water, etc.
  • Demand side management, energy storage integration and potential
  • Encouraging flexibility in generation and demand
  • Impact and new solutions for high penetration of renewable resources
  • Market support structures and the inclusion of energy storage



From the chart below you can know the authors most interested in on past events:










Related Journal:









 IET Renewable Power Generation (RPG)





Impact Factor: 3.605
5-year Impact Factor: 3.649
CiteScore: 4.6
SNIP: 1.452
SJR: 1.041