Welcome to IHECST 2026

2026 International Conference on Hydropower Engineering, Clean Energy and Energy Storage Technologies

Scopes
(The following topics include but are not limited to)
Topic 1. Hydropower engineering
Dam design and new structure
Underground cavern and tunnel engineering
Construction technology innovation and optimization
Stability of high slope and prevention of geological hazards
Seismic design and disaster resilience improvement
Ocean/tidal energy complementary system
Impact assessment of hydropower development on basin ecology
The application of small hydropower in rural revitalization
The application of digital twins in the whole life cycle of hydropower
Artificial intelligence (AI) is used to optimize reservoir operation
Joint production of hydropower and hydrogen energy
Hydropower development challenges in polar/high altitude regions
Theme 2. Clean energy
Solar photovoltaic systems and equipment
Photovoltaic systems and grid connectivity technologies
Energy storage technology, equipment and materials
Clean energy technology, hydrogen and fuel cells
Energy security and clean utilization
Energy conservation and emission reduction, green energy technology
Biomass energy engineering, solar energy engineering, wind energy engineering
Renewable energy, heat
Solar photovoltaic power generation system
New energy conversion and control technology
Hydropower, wind power, biomass power generation
Ocean and geothermal power generation
Low carbon energy technology
Topic 3. Energy storage technology
Compressed air energy storage is operated in conjunction with hydropower
Synergy of flywheel energy storage in power grid frequency control
Design of hybrid system of hydrogen energy storage and pumped storage
The bidding strategy of energy storage participating in the power market
Feasibility study on seawater pumped storage
Comparative analysis of gravity energy storage and hydropower
Application of metal-air battery in distributed hydropower
Thermal energy storage coupled with waste heat recovery of hydropower plant
Capacity configuration optimization of water-wind-light-storage combined power generation system
The role of hydropower and energy storage in a virtual power plant
Collaborative control of hydropower and battery/hydrogen energy in outlying island microgrid
Energy storage suppresses the sub-synchronous oscillations caused by grid-connected hydropower
Machine learning predicts the joint optimization of reservoir inflow and energy storage scheduling
Digital twins construct the whole system model of "water-storage-network"
Design of hydropower - energy storage systems in polar/deep sea environments
Research on base-load energy combination of nuclear energy, hydropower and energy storage
Important Dates | 重要日期
  • Submission Deadline: 2026.7.13
  • Registration Deadline: 2026.7.20
  • Conference Date: 2026.7.28
  • Notification Date: About a week after the submission
Submission Portal | 投稿方式

Mail Address:  ieapcdry_info@163.com

If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:

蒋老师
  • +86-15680824672(微信同号)
  • 3761629232
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Indexing Service | 索引服务