Integrated wind power, energy storage and green hydrogen systems, designed to mitigate the intermittency and variability of wind power generation, while cutting curtailment losses and improving the overall efficiency of the system.
The integrated wind, storage and hydrogen system coordinately combines wind power generation, short-term electrochemical energy storage and green hydrogen production, effectively addressing the main challenges of wind energy: high variability, grid instability and integration limitations.
Wind power is fed into the power grid on a priority basis. The battery system delivers millisecond-level response to smooth power fluctuations, while providing frequency regulation and voltage support services.
Surplus wind energy is used for water electrolysis to produce green hydrogen, turning excess electricity into stored chemical energy. Subsequently, this hydrogen can be used for power generation, industrial applications, urban supply or transportation fuel.
This system is applicable to onshore and offshore wind farms, distributed installations and large wind energy complexes. The overall system efficiency can reach 40%, 70% or even 90%, depending on the end utilization scheme (power generation via fuel cells, cogeneration or waste heat recovery).
The integration of wind power, energy storage and hydrogen greatly improves the economic viability and grid integration capacity of wind projects, establishing itself as a key technology for the large-scale expansion of renewable energy.
Parameter | Specification | Description |
| Short-term Regulation | Battery Energy Storage | Millisecond to Minute Response, Frequency Regulation, Voltage Support and Black Start |
| Long-term Energy Storage | Hydrogen | From Days to Seasons, Scalable up to TWh Level |
| Onshore / Offshore / Distributed Wind Power | Units from 3 MW to 15 MW | |
| Electrolysis Efficiency | 55 %–70 % | Depending on Technology, LHV Basis |
| Hydrogen Storage Efficiency | ≥95 % | Compressed, Liquid or Solid |
| Fuel Cell Efficiency | 40 %–60 % | — |
| Cogeneration Efficiency (with Heat Recovery) | 70 %–90 % | — |
| Curtailment Reduction | Up to >95% Renewable Utilization | — |
| Carbon Reduction | Significant Reduction vs Fossil Fuels | — |
The battery system responds in milliseconds, improving the quality of power fed into the grid and reducing the impact of fluctuations.
Hydrogen enables storage from days to full seasons, with scalability up to terawatt-hour (TWh) level.
The system enables multiple energy outputs: electricity, hydrogen, heat and transport fuel, diversifying the project’s revenue sources.
Grid integration for peak load management, improved system stability and maximization of renewable energy utilization.
Electricity supply for commercial parks, industrial complexes and residential communities, with flexible and efficient energy management.
Production, storage and supply of green hydrogen for mobility applications and other clean energy solutions.
