Row-house terrace, horizontal turbine
Compact mast placement keeps most of the terrace open for normal residential use.
Solutions
System design for homes, businesses, farms and remote sites
Aervon begins with assessment, then aligns wind, solar PV, BESS and grid architecture to each customer's needs.
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 solutionResidential 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, 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.
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