Free Custom System Design
- Wind & solar resource assessment
- Capacity ratio & storage optimization
- Layout drawing & single-line diagram
- Complementarity & yield simulation
- Unified EMS dispatch strategy
Three Sources. One Platform.
Yiwei's wind + solar + storage hybrid solutions combine the natural complementarity of wind and solar generation with battery storage to deliver stable, high-utilization renewable power. Wind typically produces more at night and in winter, while solar peaks during the day and summer — together they flatten the overall generation curve.
Our unified energy management system coordinates all three resources in real time: wind turbines, PV arrays, and battery storage. The EMS optimizes dispatch for maximum yield, grid compliance, and revenue — whether the system is grid-tied, islanded, or operating in hybrid mode.
From large-scale hybrid renewable bases to industrial parks and remote microgrids, Yiwei delivers integrated wind-solar-storage systems from 1 MW to multi-hundred-MW, with a single point of contact for design, supply, commissioning, and after-sales support.
Complement. Stabilize. Optimize.
A hybrid renewable system that leverages natural complementarity and unified control for higher reliability and better economics.
Multi-Energy Complementarity
Wind and solar generation patterns naturally complement each other — wind at night, solar by day — reducing overall variability and improving capacity factor.
Unified EMS Dispatch
A single energy management platform coordinates wind, solar, and storage in real time, optimizing output for grid compliance, self-consumption, or market revenue.
Enhanced Reliability
With three complementary resources and storage backup, hybrid systems achieve higher availability and more stable output than single-source renewable plants.
Higher Renewable Penetration
Hybrid systems with storage can achieve high renewable penetration in weak grids or islanded operation, reducing reliance on fossil fuel generation.
One EMS for All Resources
Every hybrid system is built around a unified EMS that coordinates wind, PV, and storage as a single power plant. The architecture supports grid-tied, islanded, and grid-forming operation modes.
- Wind turbines + PV arrays + LFP battery storage
- Central or distributed PCS with grid-forming capability
- Unified EMS with multi-resource optimization algorithms
- SCADA integration with wind farm and PV plant controllers
Built for Hybrid Scenarios
From large-scale renewable bases to remote industrial parks, our hybrid solutions adapt to your resource mix and operational requirements.
Large-Scale Hybrid Bases
Utility-scale wind-solar-storage bases provide firm, dispatchable renewable capacity to the grid, reducing curtailment and improving project economics.
Industrial Parks
On-site wind, rooftop/ground PV, and storage supply industrial loads with high renewable penetration, reducing energy costs and carbon emissions.
Remote & Weak-Grid Areas
Hybrid systems with grid-forming storage provide reliable power in areas with weak or unstable grid infrastructure, reducing diesel dependency.
Grid Support Stations
Co-located wind-solar-storage at substations provides peak shaving, frequency regulation, and voltage support for regional grid operators.
From Design to After-Sales
Yiwei supports hybrid project developers, owners, and EPCs through every stage — from resource assessment to long-term asset management.
- Free wind & solar resource assessment and yield simulation
- Customized capacity ratio and system design
- On-site commissioning and unified EMS configuration
- 10-year product warranty with optional O&M service
Performance Specifications
Every component is selected for safety, efficiency, and seamless integration — backed by rigorous testing and international certifications.
Ready to Build Your Hybrid Plant?
Talk to our hybrid energy experts for a customized wind + solar + storage solution tailored to your site and objectives.