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Wind Power Plants

Name: Wind Power Plants
Brand: MECHMATICS ENGINEERING PVT. LTD.
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Piece

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MOQ : 1 Piece

Wind Power Plants Specification

Material
Mild Steel

Processing Type
Automatic

Condition
New

Technology
Wind Turbine

Dimension (L*W*H)
Customized

Power Mode
Wind

Voltage
415 V

Power Consumption
0 kW (self-generating)

Pressure Output
Standard Atmospheric

Application
Industrial, Commercial, Power Generation

Coating Type
Powder Coated

Accessories
Generator, Tower, Nacelle, Blades

Working Speed
20-25 RPM

Mounting Type
Onshore

Blade Material
Glass Fiber Reinforced Epoxy

Frequency
50 Hz

Equipment Type
Wind Power Plant

Cut-in Wind Speed
3 m/s

Operating Temperature Range
-20C to +45C

Rotor Diameter
90 m

Rated Power Output
2 MW

Cut-out Wind Speed
25 m/s

Control System
Automated SCADA

Hub Height
80 m

Protection Class
IP54

Noise Level
< 105 dB(A) at hub

Number of Blades
3

About Wind Power Plants

Product Introduction

The Wind Power Plant System is a modern renewable energy solution designed to convert natural wind energy into efficient electrical power generation. Engineered with advanced aerodynamic turbine technology and high-efficiency generators, the system delivers reliable, eco-friendly, and sustainable energy for industrial, commercial, institutional, and remote-area applications.

The plant is designed for:

Green energy generation
Energy cost reduction
Sustainable infrastructure projects
Educational & research applications
Rural and off-grid electrification
Smart hybrid renewable systems

Key Advantages

High-efficiency wind energy conversion
Low operational and maintenance cost
Continuous clean energy generation
Rugged industrial construction
Corrosion-resistant turbine structure
Intelligent monitoring & control system
Low-noise operation
Modular and scalable design
Suitable for hybrid solar-wind systems

Technical Specifications

Wind Turbine Specifications

Parameter	Specification
Turbine Type	Horizontal Axis Wind Turbine (HAWT)
Rated Output Capacity	1 kW 100 kW
Rotor Diameter	1.5 m 18 m
Blade Material	FRP / Carbon Composite
Number of Blades	3 Aerodynamic Blades
Rotor Speed Range	80 600 RPM
Cut-in Wind Speed	2.5 m/s
Rated Wind Speed	10 14 m/s
Survival Wind Speed	Up to 55 m/s
Generator Type	Permanent Magnet Synchronous Generator
Generator Efficiency	Up to 92%
Output Type	AC/DC Hybrid Output
Protection System	Automatic Electromagnetic Braking
Yaw Control	Automatic Wind Tracking
Tower Type	Tubular / Lattice Tower

Electrical Specifications

Parameter	Range
Output Voltage	24V / 48V / 120V / 230V / 415V
Frequency	50 Hz / 60 Hz
Power Factor	0.95
Battery Charging Support	Available
Grid Connectivity	Optional
Inverter Compatibility	Hybrid & Grid-Tie
Controller Type	MPPT Smart Wind Controller
Monitoring Interface	Digital LCD / IoT Monitoring

Mechanical Specifications

Parameter	Details
Blade Pitch Control	Automatic / Manual
Bearing Type	Heavy Duty Sealed Bearings
Tower Height	6 m 36 m
Surface Protection	Hot Dip Galvanized
Structure Material	Mild Steel / Galvanized Steel
Operating Temperature	20C to +70C
Protection Class	IP54 / IP65

Numerical Operating Ranges

Operating Parameter	Typical Range
Wind Velocity	2.5 25 m/s
Energy Generation Capacity	5 450 kWh/day
System Efficiency	75% 92%
Rotor Tip Speed Ratio	5 8
Noise Level	< 55 dB
Mechanical Torque	20 850 Nm
Turbine Lifespan	20 25 Years
Availability Factor	> 95%

Performance Characteristics

Wind Power Generation

Power output increases exponentially with wind velocity.

Where:

= Power Generated
= Air Density
= Rotor Swept Area
= Wind Velocity
= Power Coefficient

Electrical Conversion Efficiency

Typical Energy Output

Average Wind Speed	Approx. Daily Generation

4 m/s	5 15 kWh/day
6 m/s	20 60 kWh/day
8 m/s	70 150 kWh/day
10 m/s	180 450 kWh/day

Control & Safety Features

Automatic overspeed protection
Electromagnetic braking system
Short circuit protection
Overvoltage protection
Wind direction auto-alignment
Real-time monitoring system
Emergency shutdown mechanism
Lightning protection support

Applications

Industrial Power Backup
Rural Electrification
Smart City Projects
Telecom Towers
Agricultural Farms
Educational Institutes
Research Laboratories
Hybrid Renewable Energy Plants
Remote Area Electrification
Commercial Green Buildings

Optional Accessories

Battery Bank System
Hybrid Solar Integration
Grid Synchronization Panel
IoT Remote Monitoring
SCADA Integration
Weather Monitoring Station
Automatic Data Logging System

Efficient Power Generation

The wind power plant is engineered for maximum efficiency, supplying 2 MW of clean energy at a working speed of 20-25 RPM. With automated SCADA controls and a large 90 m rotor, reliable energy generation is ensured for diverse industrial and commercial applications.

Robust Design for All Climates

Constructed from powder-coated mild steel and glass fiber reinforced epoxy blades, this plant functions efficiently in temperatures ranging from -20C to +45C. IP54 protection keeps components safe from environmental hazards, extending operational life and minimizing maintenance.

Smart Automation & Control

With a state-of-the-art automated SCADA system, the plant offers remote monitoring, real-time performance analytics, and automated safety responses. This technology ensures stable power generation and easy integration with modern energy management systems.

FAQ's of Wind Power Plants:

Q: How does this wind power plant generate electricity?

A: The plant converts wind energy into electrical power using three large blades mounted on a 90-meter rotor. As wind turns the blades at speeds of 20-25 RPM, the mechanical energy is transferred through the nacelle to a generator, producing up to 2 MW of electricity.

Q: What is the recommended environment for installation and operation?

A: This wind power plant is designed for onshore use and performs optimally in industrial and commercial settings. Its robust structure and IP54 protection class enable reliable operation in temperatures between -20C and +45C under standard atmospheric pressure.

Q: When will the wind power plant start and stop generating electricity?

A: The turbine begins generating power at a cut-in wind speed of 3 m/s and continues until the wind speed reaches 25 m/s, the cut-out threshold, ensuring safe and efficient operation in varying wind conditions.

Q: Where are the primary application areas for this wind power plant?

A: It is ideally suited for industrial facilities, commercial sectors, and dedicated power generation sites that require consistent, high-capacity, and renewable electricity supplies.

Q: What advanced technologies are integrated into this wind power plant?

A: The turbine uses a fully automated SCADA control system for real-time data monitoring and operational management. High-strength glass fiber reinforced epoxy blades and a mild steel, powder-coated tower ensure durability and efficiency, while high-performance accessories include the generator, tower, nacelle, and blades.

Q: How is noise managed during operation?

A: Noise emission at the hub is maintained below 105 dB(A), aligning with industrial standards to minimize sound impact in the surrounding area. This ensures the plant remains suitable for a range of locations without excessive auditory disturbance.

Q: What benefits does this wind power plant provide to its users?

A: Owners benefit from clean, renewable energy production with zero fuel consumption, reduced carbon emissions, automated controls for ease of operation, and a long operational life thanks to high-quality materials and protective coatings.

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