On-Grid Wind Power Systems
Generate wind power for on-site use, reduce electricity purchased from the utility grid, and build a system matched to your local grid requirements.
System Overview
What Is an On-Grid Wind Power System?
An on-grid wind power system connects the wind turbine
to the utility grid through a matched controller and inverter.
Wind energy is used on site first, while the grid supplies
any shortfall. Surplus power may be exported where permitted.
How It Works
How Does an On-Grid Wind Power System Work?
The wind turbine converts wind energy into electricity. The all-in-one controller and inverter regulate the variable output and convert it into AC power matched to the local utility grid.
Generated wind power is used by local loads first. When wind generation is insufficient, the utility grid supplies the difference. Surplus power may be exported where local regulations and grid agreements permit.
Project Information
What We Need to Design Your On-Grid Wind Power System
To prepare a suitable system configuration, ELEGE needs your project location, local grid parameters, wind conditions, and electricity demand. These details determine turbine selection, inverter matching, and grid connection requirements.
Please also tell us whether the project requires self-consumption, grid export, or zero-export operation.
System Components
Two Core Components of an On-Grid Wind Power System
The ELEGE on-grid wind power package combines a wind turbine with an all-in-one controller and grid-tied inverter. The two units work together to generate wind energy and deliver grid-compatible AC power.
System Sizes
Choose the Right On-Grid Wind System for Your Project
Compare typical on-grid wind system capacities based on your wind conditions, electricity demand, installation site, and local grid requirements.
5kW Featured On-Grid Wind System
A balanced grid-connected wind solution for properties with regular electricity demand and suitable wind conditions.
Rated Power :
5 kW
Best For :
Homes & Small Farms
Typical Loads :
Household Loads, Pumps & Equipment
1–2kW Small On-Grid Wind System
A compact grid-connected system for properties with low electricity demand and suitable wind conditions.
Rated Power :
1–2 kW
Best For :
Grid-Connected Small Properties
Typical Loads :
Lighting & Small Equipment
3kW On-Grid Wind System
A residential grid-connected wind solution for everyday electricity use and suitable wind conditions.
Rated Power :
3 kW
Best For :
Homes & Small Properties
Typical Loads :
Appliances, Lighting & Pumps
10kW+ Custom On-Grid Wind System
A customized grid-connected solution for farms, workshops,
commercial buildings, and projects with higher electricity demand.
Rated Power :
10 kW+
Best For :
Farms, Workshops & Commercial Sites
Typical Loads :
Tools, Pumps & High-Demand Equipment
5kW On-Grid Package
5kW On-Grid Wind Power System
A matched grid-connected package for homes, farms, workshops, and small commercial projects with suitable wind conditions.
5kW ON-GRID WIND SYSTEM
US$1,700
/ Reference Price
Includes one 5kW wind turbine and one matched 5kW all-in-one on-grid controller and inverter.
PACKAGE INCLUDES
- 5kW Wind Turbine
- 5kW On-Grid Controller & Inverter
- Matched Grid-Connected Configuration
- Suitable for Homes, Farms & Workshops
- Configured for Local Grid Requirements
Prices are for reference only. Tower, foundation, cables, shipping, installation, permits, and utility grid connection fees are quoted separately. Final pricing depends on grid voltage, frequency, phase type, turbine configuration, and local certification requirements.
Customization
Wind Power Systems Built for Your Project
From turbine specifications and appearance to branding and system configuration, Elege provides flexible customization for distributors, installers, and project buyers.
Grid Connection
Grid Safety & Connection Requirements
Every on-grid wind power system must match the local grid parameters, protection standards, and utility connection requirements.
Requirement 01.
Anti-Islanding Protection
The grid-tied inverter stops supplying power when a utility outage is detected, helping protect maintenance personnel and grid equipment.
Requirement 02.
Single or Three Phase
Select a single-phase or three-phase system according to the available grid connection and project power requirements.
Requirement 03.
50Hz or 60Hz
The controller and inverter must match the local grid frequency to provide stable and compatible AC power.
Requirement 04.
Grid Voltage Matching
Available configurations include 110V, 220V, 230V, 240V, 380V and 400V, subject to project requirements.
Requirement 05.
Export Control
Supports self-consumption, grid export, or zero-export operation based on local requirements and compatible equipment.
Requirement 06.
Local Grid Approval
Certification, permits and connection procedures vary by country. Final grid connection is subject to local utility approval.
Frequently Asked Questions
Find answers about grid connection, power outages, electricity export, system sizing, and package pricing.
No. A standard on-grid wind system normally uses the utility grid to balance electricity supply, so a large battery bank is not required. Batteries are only needed when backup power is required.
The utility grid automatically supplies the remaining electricity required by the property. The wind turbine does not need to meet the entire load at all times.
A standard grid-tied system normally shuts down during a utility outage because of anti-islanding protection. Backup operation requires batteries and a compatible hybrid inverter.
It depends on local utility rules. Grid export may require approval, certified equipment, a bidirectional meter, or zero-export control.
The reference package includes one 5kW wind turbine and one matched 5kW all-in-one on-grid inverter. Tower, cables, shipping, installation, permits, and grid connection fees are not included.
Start Your On-Grid Wind Power Project with ELEGE
Tell us your project location, average wind speed, target power,
grid voltage, frequency, phase type, and power export requirements.
Our team will prepare a matched on-grid wind system configuration.