Basic Specifications
Number of Blade
Three Blade
Stress Way of Blade
Pitch Controlled
Certification
CE, ISO, RoHS
System Name
Intelligent Wind Energy System
Application Field
Village, Factory, Farm etc.
Transport Package
Plywood Box
Specification
Pitch controlled wind turbine
Production Capacity
1000 Sets Per Year
Intelligent Micro Grid System
1. General Overview
Following with the development of wind and solar off grid systems and wind and solar on grid systems, a new requirement for growing load consumption, rising efficiency, and stable power supply has emerged. This new system is the intelligent micro grid system, also known as the intelligent distribution power grid system.
2. Application Fields
◈Areas with high frequency power outages needing stable supply
◈Islands and small villages
◈Areas with favorable on-grid policies or subsidies
◈Any region suitable for micro-grid deployment
3. Working Principle
The system utilizes bi-directional inverters, battery groups, local power grids, wind energy, solar energy, and diesel generators to create a combined local power network. The system dispatches all sources to feed power into the grid while simultaneously realizing off-grid output and battery charging functions, ensuring the load runs stably at any time.
4. System Features
✓Bi-direction inverter with constant power/current/voltage charge and discharge models.
✓Adjustable time section work models based on local grid characteristics.
✓Dual AC terminals for grid power and load, facilitating both grid-tied and off-grid operation.
✓Seamless transition: When the local grid fails, the system switches to off-grid mode without interruption.
✓Remote monitoring via RS485 or Ethernet communication options.
5. Core Functions
5.1 Grid-tied Generation: When the grid is stable, the machine manages battery energy and feeds excess power to the local grid in real-time.
5.2 Off-grid Converter: Automatic disconnection from the grid during failures, supplying the load via battery/renewables, and automatic phase-locking when grid power returns.
5.3 Intelligent Charging: Automatically uses grid power to charge the battery bank when voltage is low.
5.4 Battery & Load Management: Comprehensive dispatch, monitoring, and management of all system components.
6. System Advantages
With over 15 years of experience in the field, this system leads the market in performance and reliability. Installations span across the globe including Russia, Tajikistan, Iran, India, Philippines, Nepal, Chile, and South Africa.
★Rich Integration Experience: High market share in domestic communication fields and extensive global micro-grid installations.
★One-to-One Design: Custom system design according to local load information and grid features for optimum efficiency.
★High Extensibility: System capacity can be extended in the future to match load additions.
★Premium Components: Utilizing patented pitch-controlled wind turbines and top-tier battery systems.
7. System Demo Configuration
| Name |
Specification |
Quantity |
Remark |
| Wind Turbine | 10kW, DC240V | 1 Set | Pitch control |
| ASP System | 10kW | 1 Set | Auto brake system |
| Tower | 12m Tilt up | 1 Set | Patented design |
| Solar Panels | 250W | 80 Pcs | Poly model |
| PV Bracket | 20kW | 1 Set | Hot galvanized |
| Controllers | Wind & Solar MPPT | 1 Set each | RS485 Communication |
| Battery Group | 2V, 1000AH | 120 Pcs | Load dependent |
| Bi-direction Inverter | 45kW | 1 Set | High efficiency |
Frequently Asked Questions
Q1: What is an Intelligent Micro Grid System?
It is an advanced power distribution system that combines wind energy, solar energy, battery storage, and local grids to provide stable and efficient power for both on-grid and off-grid scenarios.
Q2: Can this system work if the local power grid fails?
Yes. The system features a bi-directional inverter that automatically switches to off-grid mode seamlessly when the local grid goes down, ensuring continuous power to your loads.
Q3: What makes the wind turbines in this system special?
The system uses patented pitch-controlled wind turbines which offer superior safety and efficiency by adjusting the blade angle according to wind speed.
Q4: Is it possible to monitor the system remotely?
Absolutely. The system supports RS485 and Ethernet communication, allowing users to monitor all running parameters and status from a remote location.
Q5: Can I expand the system capacity later?
Yes, the system is designed with high extensibility, allowing customers to add more capacity as their power requirements grow in the future.
Q6: Where is this system typically installed?
It is ideal for remote villages, islands, factories, farms, and areas with unstable electricity where a reliable and sustainable power supply is needed.
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