Wind + Solar Hybrid Power Systems
A wind + solar hybrid system combines wind turbines and solar panels to generate electricity from two renewable energy sources. Power is managed through a hybrid controller, stored in batteries, and converted into usable AC electricity by an inverter.
Wind and solar generation complement each other across different times of day and weather conditions, helping provide more consistent renewable power for homes, farms, cabins, telecom sites, and remote applications.
Hybrid Benefits
Why Wind + Solar Work Better Together
Wind and solar can complement each other across different times of day and changing weather conditions, helping provide more balanced and consistent renewable power.
More Generation Coverage
Wind and solar can generate power under different weather and time conditions.
Better Use of Renewable Resources
Use both local wind and sunlight instead of relying on a single energy source.
Less Reliance on Stored Energy
Two generation sources can reduce how often the system depends only on battery power.
More Consistent Power Supply
Hybrid generation helps cover periods when either wind or solar output is low.
System Components
Four Core Components of a Wind + Solar Hybrid System
A complete wind + solar hybrid system combines renewable generation, intelligent power control, battery storage, and AC conversion into one integrated energy solution.
Wind + Solar
Wind turbines and solar panels generate renewable power under different weather and time conditions.
Hybrid Controller
Manages wind and solar input, regulates battery charging, and safely controls surplus wind energy.
Battery Storage
Stores generated energy for nighttime use and periods when wind and solar output are low.
Off-Grid Inverter
Converts stored DC power into usable AC electricity for homes, equipment, and other connected loads.
How It Works
How Does an Off-Grid Wind + Solar Hybrid System Work?
Wind turbines and solar panels generate electricity from two renewable energy sources. The hybrid controller manages both inputs, regulates battery charging, and safely directs surplus wind energy to the dump load when required.
Generated energy is stored in the battery bank. The off-grid inverter then converts the stored DC power into stable AC electricity for homes, farms, telecom equipment, and other independent loads.
System Sizes
Choose the Right Off-Grid Wind + Solar System for Your Energy Needs
Compare typical off-grid wind + solar system sizes based on your energy demand, application, local wind and solar resources, and required battery backup.
5 kW Featured Hybrid System
A balanced off-grid wind + solar solution for homes, farms, and remote sites requiring dependable battery-backed power.
Rated Power :
5 kW
Best For :
Homes, Farms & Remote Sites
Typical Loads :
Household Loads, Pumps & Equipment
1–2 kW Essential Hybrid System
A compact off-grid wind + solar system for lighting, communication equipment, sensors, security devices, and other essential loads.
Rated Power :
1–2 kW
Best For :
Telecom & Monitoring
Typical Loads :
Lighting, Sensors & Routers
3 kW Small Home Hybrid System
Designed for cabins, small homes, lighting, electronics, appliances, and small pumps in off-grid applications.
Rated Power :
3 kW
Best For :
Cabins & Small Homes
Typical Loads :
Appliances & Pumps
10 kW+ Custom Hybrid System
A customized off-grid wind + solar solution for larger loads, larger battery banks, farms, workshops, and remote facilities.
Rated Power :
10 kW+
Best For :
Farms, Workshops & Commercial Sites
Typical Loads :
Tools, Pumps & High-Demand Equipment
Example Package
Off-Grid Wind + Solar Hybrid Package
See a typical off-grid hybrid system configuration combining wind power, solar generation, battery storage, and AC power conversion.
3 kW Wind + 5 kW Solar Hybrid System
US$3,190
/ Reference Price
A complete 48 V off-grid hybrid system combining a 3 kW wind turbine, 5 kW solar array, battery storage, and a 6 kW inverter for homes, farms, and remote applications.
PACKAGE INCLUDES
- 3 kW / 48 V Wind Turbine
- 3 kW / 48 V MPPT Wind Charge Controller
- 5 kW Solar Array — 10 × 500 W Panels
- 6 kW / 48 V Off-Grid Inverter
- 48 V 100 Ah Lithium Battery
- Solar & Wind Cables, MC4 Connectors and PV Tools
Price is for reference only and applies to the configuration shown above. Tower, shipping, installation, and project-specific accessories are quoted separately. Final pricing may vary according to system configuration and project requirements.
Applications
Off-Grid Wind + Solar Power for Remote Applications
Our off-grid wind + solar hybrid systems can be configured for homes, farms, telecom sites, and other locations where reliable grid access is limited or unavailable.
Remote Homes
Combine wind, solar, and battery storage to power lighting, appliances, electronics, water pumps, and other household loads.
Farms & Ranches
Support irrigation pumps, farm buildings, lighting, monitoring systems, livestock equipment, and workshop loads.
Telecom & Monitoring Sites
Provide independent renewable power for communication equipment, cameras, sensors, weather stations, and remote monitoring devices.
Remote Facilities
Supply off-grid electricity for cabins, work sites, rural facilities, and other locations where grid extension is difficult or costly.
Load Requirements
Match the system to your daily energy use, peak loads, and operating hours.
Wind + Solar Capacity
Balance wind turbine and solar capacity based on local wind and sunlight conditions.
Battery & Inverter Sizing
Select battery storage, system voltage, and inverter capacity according to your backup and load requirements.
Complete System Matching
Coordinate the turbine, solar panels, controller, battery, inverter, cables, and other system components.
Custom System Design
Off-Grid Hybrid Systems Built for Your Project
Every off-grid wind + solar project is different. We configure the turbine, solar array, battery storage, controller, and inverter according to your local resources, energy demand, and backup requirements.
Frequently Asked Questions
Find answers about hybrid system sizing, wind and solar conditions, battery storage, customization, and installation.
Yes. In many cases, a wind turbine can be added to an existing solar and battery system, provided the controller, battery voltage, inverter, and electrical configuration are compatible.
Yes. Solar output may decrease during shorter or cloudy days, while suitable winter wind conditions can provide additional generation and help balance seasonal energy production.
Yes. Depending on the original system design, additional solar panels, battery storage, or wind capacity can be added as your energy demand increases.
Routine maintenance mainly includes checking turbine fasteners, electrical connections, cables, batteries, solar panels, and system operating status at regular intervals.
The system is designed for independent operation. Actual autonomy depends on renewable generation, battery storage, daily electricity consumption, and local weather conditions.
Start Your Off-Grid Wind + Solar Project with ELEGE
ELEGE provides complete off-grid wind + solar hybrid solutions, including wind turbines, solar panels, controllers, battery storage, inverters, and system matching. We configure each system according to your energy demand, local wind and solar conditions, required backup time, and project requirements, with OEM/ODM and technical support available for distributors, installers, and project buyers.