Vertical Axis Wind Turbines
Aervon 2 kW Vertical Axis Wind Turbine
A compact 2 kW vertical-axis turbine option for sites where wind suitability must be technically assessed.
Homes Farms Small commercial
Wind turbine manufacturer & renewable energy integrator
Aervon Energy Solutions
Wind. Solar. Storage. One engineered system.
Site-specific renewable power for homes, farms, businesses and industries, designed from assessment through installation and long-term support.
Jaipur engineering
Assessment-led design
On-grid & off-grid
01
Wind turbinesDesigned and manufactured
02
Solar PVIntegrated for your site
03
Energy storageSized around real loads
04
Hybrid systemsOne coordinated architecture
Product portfolio
Explore Aervon products
Compare real product options, review confirmed specifications and find the right starting point for your site.
Vertical Axis Wind Turbines
Aervon 5 kW X-Type Vertical Axis Wind Turbine
A 5 kW vertical-axis turbine family entry with verified catalog fields for hybrid and off-grid planning.
Commercial rooftops Agriculture Remote operations
H-Type Vertical Axis Wind Turbines
Aervon 5 kW H-Type Vertical Axis Wind Turbine
A 5 kW H-type vertical-axis turbine family option for hybrid and off-grid wind applications after site review.
Commercial rooftops Farms Industrial support loads
Horizontal Axis Wind Turbines
Aervon 5 kW Horizontal Axis Wind Turbine
A 5 kW horizontal-axis wind turbine listed with glass-fiber blades and a three-phase permanent magnet generator.
Farms Commercial land Industrial support loads
Solar Power Systems
Solar Panel System
A configurable solar panel system for homes, farms, businesses and industrial sites after roof or land assessment.
Homes Commercial rooftops Agriculture
Battery Storage
Residential Energy Storage Battery
A 5.12 kWh LiFePO4 residential energy storage battery option for solar backup, off-grid and hybrid systems.
Residential backup Off-grid systems Hybrid systems
Wind-Solar Hybrid Systems
Wind-Solar Hybrid System Design
Aervon designs hybrid systems that combine wind, solar, batteries and/or grid connection based on site assessment.
Homes Farms Businesses
Horizontal-axis wind
Built for the open air.
Designed around real site conditions, clean energy demand and long-term reliability—not visual promises.
Plan your installationResidential applications
Small-footprint wind turbines for terraces
These visuals show residential-scale turbines placed on a small part of the terrace, with the turbine clearly visible and the roof area mostly open.
Row-house terrace, horizontal turbine
Compact mast placement keeps most of the terrace open for normal residential use.
Row-house terrace, H-type turbine
A small base and short mast show how a residential vertical-axis system can fit near a parapet.
Row-house terrace, X-type turbine
The turbine remains easy to inspect while the rooftop stays mostly clear.
Low-rise building terrace
A compact vertical-axis turbine can be considered only after structure and wind assessment.
Vertical-axis wind
Wind energy, shaped for your site.
A compact vertical-axis option for sites that need a more considered footprint—always subject to a proper assessment.
Explore turbine optionsDesigned for real places
From a family rooftop to a mountain retreat.
Every setting has a different wind profile, structure and energy need. Aervon starts with the site—not a one-size-fits-all turbine.
Residential
Compact rooftop energy for considered homes.
Commercial & malls
A visible commitment to smarter energy.
Hotels & mountain stays
Reliable renewable thinking in remarkable places.
Find your energy solution
Start with the site, then size the system.
This tool gives an indicative direction only. A final recommendation depends on wind availability, solar exposure, electrical load, site conditions, local regulations and a technical assessment.
Recommendation inputs
Indicative result
On-grid solar system with optional hybrid planning subject to local approvals.
This recommendation is indicative. Final system selection depends on wind availability, solar exposure, electrical load, site conditions, local regulations and a technical assessment.
Choose the architecture
On-grid, off-grid and hybrid compared
On-grid
- How it works
- Connected to utility grid
- Common use
- Reducing grid consumption
- Important limitation
- Net metering depends on current local approval
Off-grid
- How it works
- Independent system, typically with battery storage
- Common use
- Remote locations and backup-oriented requirements
- Important limitation
- Battery autonomy must be carefully sized
Hybrid
- How it works
- Combines wind, solar, battery and/or grid sources
- Common use
- Source diversity and weak-grid sites
- Important limitation
- Design is site-specific
Solutions
Renewable systems for real operating conditions
Residential Solutions
Homes need dependable electricity, bill reduction and backup planning without overbuilding the system.
View solutionCommercial Solutions
Commercial properties need predictable operating energy and systems that fit working rooftops or open land.
View solutionIndustrial Solutions
Industrial loads require stronger electrical planning, protection coordination and installation scheduling.
View solutionAgricultural Solutions
Farms, irrigation loads and remote agricultural sites often face weak grid access and variable demand.
View solutionRemote and Off-Grid Solutions
Remote sites need energy without assuming dependable grid access.
View solutionInstitutional Solutions
Institutions need renewable systems that are educational, visible and operationally dependable.
View solutionManufacturing
Engineering-led turbine manufacturing in Jaipur
From design and component preparation to assembly, inspection and installation support, every stage is organised around the needs of the final site.
Explore manufacturingDesign and engineering
Material and component preparation
Rotor and blade assembly
Generator integration
Quality inspection and testing
Packaging, dispatch and installation support
FAQ
Questions before system selection
Which wind turbine is suitable for my property?
Aervon recommends a site assessment before selecting a turbine. Wind resource, height, clearance, load profile and electrical connection all affect selection.
Does every location have sufficient wind?
No. Wind suitability depends on local wind speed, turbulence, mounting height and nearby obstructions.
What is a vertical-axis wind turbine?
A vertical-axis wind turbine rotates around a vertical shaft and can be useful where site conditions support that rotor format.
What is a horizontal-axis wind turbine?
A horizontal-axis turbine uses a rotor that faces the wind. It is commonly used for larger wind applications where tower placement and wind resource are suitable.
Can wind and solar operate together?
Yes, a hybrid design can combine wind, solar, battery and/or grid sources when technically appropriate.
What is the difference between on-grid and off-grid?
On-grid systems connect to the utility grid. Off-grid systems operate independently and typically include battery storage.
Do I need batteries?
Batteries are commonly used for backup and off-grid systems, but not every on-grid project requires them.
Can a renewable system operate an agricultural pump?
It may be possible, but pump power, starting current, operating schedule and backup expectations must be assessed.
How is system capacity calculated?
Capacity is calculated from electrical load, usage pattern, site resource, grid availability and backup duration.
Does Aervon install the system?
Aervon provides renewable-energy system design, installation and commissioning services.
Is maintenance available?
Aervon provides maintenance and after-sales support. Exact service terms should be confirmed for each project.
Can I request a manufacturing discussion?
Yes. Use the enquiry or contact form and Aervon can confirm the appropriate next step.
Can I request a product demonstration?
Yes. Use the product enquiry or site assessment enquiry form to request a demonstration.
Are subsidies available?
Subsidy eligibility depends on current policies, state regulations, distribution companies and project type.
Is net metering available?
Net-metering availability depends on current state policy, the distribution company and project approval.