Professional off Grid System Solution Plan with Solar Wind Hybrid Power Supply

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Professional off Grid System Solution Plan with Solar Wind Hybrid Power Supply

Customization:	Available
Warranty:	2years
Output Type:	AC Three Phase

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Product Description

Basic Specifications

Number of Blade

Three Blade

Rotating Shaft

Horizontal

Stress Way of Blade

Pitch Controlled

Power

10-100kW

Phase

Three Phase

Certification

CE, ISO, RoHS

Transport Package

Plywood Box

Specification

CE, EN61400-2

Origin

China

HS Code

85023100

Production Capacity

1000sets/Year

Wind Solar Hybrid Off-Grid System

1. System Introduction

Nowadays in modern society, electric power is an essential resource to our life. However, due to various reasons and conditions, there are still quite a lot places in the world have electric problem. In this case, this wind solar hybrid off-grid system can effectively solve this problem of electric shortage, and also with unique advantages.

2. System Theory

Wind turbine and solar panels generate electric, charge into battery group through controller, the system supplies power through inverter in AC for lights, home appliances, electric tools and other load.

3. Applied Range

Village, farm, island with electric shortage problem.

4. System Drawing

Professional off Grid System Solution Plan

5. System Configuration (10kW Wind + 20kW Solar Example)

Product Name	Specification	Quantity	Remark
Wind turbine	10kW, DC240V	1 set	Pitch-controlled
ASP system	BK-500	1 set	Electric brake system
Tower & accessory	12m	1 set	Tilt-up tower
Solar panels	260W	80 pc	Polycrystalline panel
Solar panel bracket	20kW	1 set	Hot-galvanized
Wind controller	10kW, DC240V	1 set	With RS485 CI
Solar controller	20kW, DC240V, MPPT	1 set	With RS485 CI
Battery	2V, 1000AH	120 pc	Based on consumption
Three phase inverter	30kW	1 set	Based on consumption

6. System Advantages

⚡

High Efficiency & More Profit: Patented Pitch-Controlled wind turbine outputs 30% more electricity than normal turbines.

⚙️

Advanced Control: High-performance Off-Grid controller and inverter specifically optimized for wind-solar synergy.

🛡️

Safety & Durability: Mechanical centrifugal pitch control ensures long service life and steady operation.

🔇

Low Noise: Aerodynamic blades and permanent magnet technology keep noise levels below 65dB.

🏗️

Easy Installation: Tilt-up tower design requires no heavy cranes, perfect for remote islands or mountains.

📱

Smart Maintenance: Remote monitoring and control available for real-time status and power data.

6.1 Efficiency Details

The pitch controlled wind turbine starts at just 2.5m/s wind speed. When wind exceeds rated speeds, secondary regulation ensures stable power output, maximizing availability and total energy harvest.

6.3 Automatic Safety Protection (ASP)

The unique ASP system monitors environment wind speed and system voltage. It automatically engages the brake during extreme winds (over set values) and releases it when safe (under 25m/s), allowing for unattended operation.

7. Technical Parameters

7.1 Wind Turbine Specifications

Model	AH-10kW
Wind rotor diameter (m)	7.8m
Blade material and quantity	Fiber glass reinforced * 3
Rated / Max power (w)	10000 / 12000
Rated wind speed (m/s)	11
Working wind speed (m/s)	3-30
Startup wind speed (m/s)	2.5
Survived wind speed (m/s)	60
Working voltage (v)	DC400V
Stop method	Automatic electrical brake
Generator style	Three phase, permanent magnet

7.2 Solar Panels

8. Typical Cases

Farm Project: Designed and installed a hybrid power system for large-scale agricultural use, providing reliable power for local farming communities.

Village Project: Implementation of hybrid systems in remote villages, successfully solving long-term electricity shortage problems for local residents.

Frequently Asked Questions

How does a wind-solar hybrid system benefit my project?

By combining wind and solar power, the system provides a more stable energy supply. Solar generates most during sunny days, while wind often generates more during nights or stormy weather, balancing the overall output.

What is "Pitch-Controlled" technology?

Pitch-controlled technology adjusts the angle of the turbine blades based on wind speed. This allows the turbine to start at lower wind speeds and maintain safe, stable output during high winds.

Is the system difficult to install in remote areas?

No. The system uses a tilt-up tower design which eliminates the need for heavy cranes. It is specifically designed for easy transport and installation in mountainous areas and islands.

What happens during extreme storm conditions?

The Automatic Safety Protection (ASP) system monitors wind speeds. If speeds exceed safe limits, the system automatically engages an electrical brake to protect the turbine and restarts once conditions are safe.

Can I monitor the system performance remotely?

Yes, the system supports remote monitoring. You can check real-time running status, power output data, and system health via a computer or mobile app.

What is the lifespan of this hybrid system?

By using high-quality permanent magnet generators and mechanical pitch control with fewer failure points, the system is built for a long service life with minimal maintenance requirements.