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KAMARTA
⬡ Vertical Axis Wind Technology — Est. 2012

Wind Energy For Every Roof, Every Region, Every Need

Confirmed 5 kW to 100 kW System Range. Scalable vertical wind kinetic power & industrial hydraulic transmission.

15Turbine Models
100 kWPeak Output
360°Wind Capture
24/7Operation
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Live Demonstrations
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Product Lineup

Vertical Axis Wind Turbines
5 kW to 100 kW — All Types

Seven distinct VAWT architectures, each precision-engineered for specific wind conditions, urban environments, and power requirements.

← Swipe to see all 7 models →
Darrieus H-Type
5 kW–100 kW
Darrieus Helical
5 kW–100 kW
Darrieus Curved
5 kW–100 kW
Savonius
5 kW–100 kW
Savonius Helical
5 kW–100 kW
Giromill
5 kW–100 kW
Multi-Blade
5 kW–100 kW
5–100 kW
RATED POWER
5–100 kW
5–100 kW
5–50 kW
5–50 kW
5–100 kW
5–100 kW
1.5–5m
ROTOR DIA
1.2–4.5m
1.5–5m
1–3m
1–3m
1.5–5m
1.5–5m
2–6m
HEIGHT
2–6m
2–6m
1.5–4m
1.5–4m
2–6m
2–6m
2.5 m/s
START WIND
2.5 m/s
2.5 m/s
1.5 m/s
1.5 m/s
2 m/s
2.5 m/s
10–12 m/s
RATED WIND
10–12 m/s
10–12 m/s
8–10 m/s
8–10 m/s
10–12 m/s
10–12 m/s
50 m/s
SURVIVAL
50 m/s
50 m/s
45 m/s
45 m/s
50 m/s
50 m/s
Grid-Tie / Off-Grid Hybrid Systems
Low Noise Areas Urban / Residential
High Efficiency Power Generation
Low Wind Areas Water Pumping
Low Noise / High Starting Torque
Urban / Turbulent Wind Areas
High Power Output All Wind Conditions
🌬️Low Starting Wind
🔄360° Rotation
📈High Efficiency
🔇Low Noise
🛡️Maintenance Free
INTEGRATED WIND & HYDRAULIC TECHNOLOGY

Wind + Hydraulic Power System

Explore Kamarta's integrated wind and hydraulic power solutions. Review the system overview and available technical information, then contact our team for a customized project proposal.

50 Years Product Life
5 Yrs Warranty + 5 Yrs Free Service
5 kW to 100 kW Scalable Output
ENGINEERING SCHEMATIC
Kamarta Vertical Wind and Hydraulic Power System Engineering Schematic
OPERATIONAL PRINCIPLE

How the System Works

Electrical Generation
Wind Energy
➔
Vertical Rotor
➔
Gearbox
➔
Alternator
➔
Electric Output
Hydraulic Transfer
Shaft Power
➔
Hydraulic Pump
➔
Control Manifold
➔
Pressure Line
➔
Oil Tank

Wind kinetic energy drives the high-torque vertical rotor and precision gearbox, transferring mechanical shaft power directly to the permanent magnet alternator for electrical generation. Concurrently, shaft power can drive the industrial hydraulic pump, delivering pressurized hydraulic fluid for integrated mechanical energy storage and heavy industrial applications.

TECHNICAL ARCHITECTURE

Key System Specifications

Dual Power Generation

Converts vertical wind rotor kinetics and hydraulic fluid transmission simultaneously for maximum energy capture efficiency.

Permanent Magnet Alternator

High-torque PMA designed for stable AC electrical output with high efficiency even in variable and low-wind speed regimes.

Industrial Hydraulic Circuit

Heavy-duty hydraulic pump, multi-port control manifold, high-pressure conduits, and thermal reservoir tank.

50-Year Engineered Life

Rigid vertical mechanical assembly engineered for long-term structural durability and continuous heavy-duty operation.

5 Yrs Warranty + 5 Yrs Service

Full 5-year manufacturer equipment warranty paired with 5 years of complimentary scheduled maintenance and support.

5 kW – 100 kW Scalability

Eleven standard configurations built to power residential microgrids, commercial facilities, and large industrial loads.

ESTIMATED GENERATION DATA

Capacity & Performance Ratings

Standard industrial ratings modeled at 60% Net Capacity Factor (1 Unit = 1 kWh)

System Capacity Daily Output (kWh) Monthly (30 Days) Annual (365 Days) 5-Year Energy 50-Year Projected
5 kW System 72 units 2,160 units 26,280 units 1,31,400 units 13,14,000 units
10 kW System 144 units 4,320 units 52,560 units 2,62,800 units 26,28,000 units
15 kW System 216 units 6,480 units 78,840 units 3,94,200 units 39,42,000 units
20 kW System 288 units 8,640 units 1,05,120 units 5,25,600 units 52,56,000 units
25 kW System 360 units 10,800 units 1,31,400 units 6,57,000 units 65,70,000 units
30 kW System 432 units 12,960 units 1,57,680 units 7,88,400 units 78,84,000 units
35 kW System 504 units 15,120 units 1,83,960 units 9,19,800 units 91,98,000 units
40 kW System 576 units 17,280 units 2,10,240 units 10,51,200 units 1,05,12,000 units
45 kW System 648 units 19,440 units 2,36,520 units 11,82,600 units 1,18,26,000 units
50 kW System 720 units 21,600 units 2,62,800 units 13,14,000 units 1,31,40,000 units
100 kW System Heavy Industrial 1,440 units 43,200 units 5,25,600 units 26,28,000 units 2,62,80,000 units

Technical Note: Illustrative scenario based on 60% net capacity factor. 1 unit = 1 kWh. Daily units = rated kW × 24 × 60%. Output depends on wind resource profile, hydraulic input energy, system conversion efficiency, and site-specific operational factors. Reference: U.S. DOE Small Wind Guidebook.

Ready to Deploy Kamarta Wind + Hydraulic Power?

Connect with our technical engineering consultants for customized site feasibility assessments, power curve calculations, and formal proposals.

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Motor Technology

Axial Flux Motors
5 kW to 100 kW Range — All Types

Seven high-performance axial flux motor topologies spanning 48V–380V DC at up to 97% efficiency — paired with every Kamarta VAWT system.

← Swipe to see all 7 models →
Single Sided Outer Rotor
Single Sided Inner Rotor
Double Sided Outer Rotor
Double Sided Inner Rotor
Single Stator Double Rotor
Segmented Core Axial Flux
Coreless Axial Flux
5–100 kW
POWER RANGE
5–100 kW
5–100 kW
5–100 kW
5–100 kW
5–100 kW
5–100 kW
48–380V DC
VOLTAGE
48–380V DC
48–380V DC
48–380V DC
48–380V DC
48–380V DC
48–380V DC
300–1500 RPM
SPEED RANGE
300–1500 RPM
300–1500 RPM
300–1500 RPM
300–1500 RPM
300–1200 RPM
300–1200 RPM
92–96%
EFFICIENCY
92–96%
93–97%
93–97%
93–97%
92–96%
92–96%
8–12 kW/kg
POWER DENSITY
8–12 kW/kg
10–18 kW/kg
10–18 kW/kg
12–20 kW/kg
8–14 kW/kg
7–13 kW/kg
Natural / Air
COOLING
Natural / Air
Natural / Air
Natural / Air
Natural / Air
Natural / Air
Natural / Air
VAWT, EV, Industrial Generators
VAWT, EV, Industrial Generators
High Torque Applications
High Efficiency Generators
VAWT, Marine, EV High Power Density
Low Cogging High Performance
Ultra Low Cogging Precision Systems
⚡High Efficiency Axial Flux
🔇Low Noise
🛡️Maintenance Free
🌡️Natural Air Cooling
System Overview

VAWT & Axial Flux Motor
Power Range Overview

Five power tiers from compact 5 kW distributed systems to 100 kW utility-scale installations — each paired with matching Axial Flux motor specifications.

5 kW
Rotor Dia2.5m – 3.5m
Height3m – 5m
Motor5 kW Axial Flux
Voltage96V / 220V DC
Commercial Rooftops & Microgrids
10–15 kW
Rotor Dia3.5m – 5m
Height5m – 7m
Motor10–15 kW PMG Alternator
Voltage220V / 380V Grid-Tie
Small Manufacturing & Telecom
20–30 kW
Rotor Dia5m – 7m
Height7m – 9m
Motor20–30 kW Dual-Stator PMG
Voltage415V 3-Phase Industrial
Agro-Processing & Warehouses
35–50 kW
Rotor Dia7m – 9.5m
Height9m – 12m
Motor35–50 kW Hydraulic Hybrid
Voltage415V 3-Phase Industrial
Industrial Plants & Sub-Stations
100 kW
Rotor Dia10m – 14m
Height12m – 16m
Motor100 kW Microgrid Dynamo
Voltage415V / 11kV Grid Integration
Decentralized Utility Microgrid
Financial & Generation Modeler • 5 kW to 100 kW

WIND ENERGY ROI CALCULATOR
Clean Energy Investment & Payback Return

Estimate your wind energy generation, savings, payback period and investment return.

⚙️

Project Parameters

Adjust turbine capacity, wind site, and financial assumptions

Darrieus H-Type
5 kW
5 kW 25 kW 50 kW 75 kW 100 kW
6.5 m/s
3.0 m/s (Light) 6.5 m/s (Moderate) 12.0 m/s (High)
⚠️ Actual generation depends heavily on site wind conditions. Energy capture scales with the cube of wind speed (v³).
₹8.50 / kWh
₹3.00 ₹8.50 (Avg Grid) ₹20.00 (Peak)
₹5,50,000
₹
Standard estimate: ~₹1,10,000 / kW
₹8,000 / yr
₹
~1.5% of initial equipment cost
26%
10% (Low) 26% (Typical Site) 45% (High Wind)
Capacity Factor represents average actual generation vs. theoretical 24/7 peak capacity. Decentralized wind typically yields 20%–35%.
20 Years
10 Yrs 15 Yrs 20 Yrs (Default) 25 Yrs
📊

Generation & ROI Analysis

Real-time financial yield, energy generation & payback schedule

⚡ Estimated Annual Generation
11,388 kWh
~31.2 Units (kWh) / day
💵 Annual Electricity Savings
₹96,798 / yr
Gross grid bill reduction
🛠️ Annual Maintenance
₹8,000 / yr
Scheduled operational upkeep
💰 Net Annual Savings
₹88,798 / yr
Electricity Savings minus Maintenance
⏱️ Simple Payback Period
6.2 Years
Full investment recovered in ~6.2 years
📈 Estimated Annual ROI
16.1%
(Net Annual Savings / Investment) × 100
Initial Investment ₹5,50,000
Lifetime Gross Savings ₹19,35,960
Lifetime Maintenance ₹1,60,000
Estimated Lifetime Net Benefit ₹12,25,960
📈 Cumulative Cash Flow & Payback Curve
Investment Cumulative Cash Flow Payback Point
Payback occurs in ~6.2 years. Cumulative net benefit reaches ₹12,25,960 by Year 20.
🌿
~9.3 Tonnes CO₂ Offset per Year
🌲
~420 Trees Equivalent Trees Planted
☀️
100% Clean Energy On-Site Zero-Emission Power
ℹ️

These figures are estimates for planning purposes. Actual wind energy generation and financial returns depend on site-specific wind conditions, turbine performance, installation cost, electricity tariff, maintenance and other project factors.

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Your Energy.
Your Rules.

Join hundreds of homes and businesses generating clean power with Kamarta vertical wind turbines.

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500+
Installations
25yr
Lifespan
₹0
Electricity Bills
3D Visualization

Axial Flux Motor Explorer

Explore the motor architecture interactively. Rotate, zoom, inspect stators, rotors, assemblies and magnetic field layouts.

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