01
Requirement-Based Sizing
System recommendation based on electricity usage, existing load and future requirements.
SOLINVA RESIDENTIAL SOLAR
Smart Solar for Your Home
A professionally engineered rooftop solar solution designed around your electricity usage, roof conditions, future load and project requirements.
Requirement FirstUsage & future load planning
No Fractional PanelsComplete-panel configurations
Verified ComponentsERP Product Master driven
Professional ExecutionEngineering-led workflow
RESIDENTIAL ENGINEERING
Solar System Built Around Your Home
SOLINVA evaluates electricity usage, available rooftop area, site conditions, future requirements and suitable components before recommending a residential solar system. System capacity is based on complete solar panels only — never fractional panels.
SOLINVA METHOD
Plan first. Size correctly. Build professionally.
Every home is evaluated around actual requirement instead of forcing an arbitrary system size.
Whole-panel rule:
System capacity = actual panel wattage × complete panel quantity ÷ 1000.
System capacity = actual panel wattage × complete panel quantity ÷ 1000.
WHY SOLINVA
A complete residential solar approach
Technical planning, verified materials and controlled project execution working together.
02
Whole-Panel Configuration
Capacity is calculated from actual panel wattage and complete panel quantity.
03
Site Engineering
Roof conditions, structure, cable routing, protection and installation requirements are reviewed.
04
Verified Components
Active products are selected from the authoritative SOLINVA Product & SKU Master.
05
Professional Costing
Project costing follows controlled SOLINVA pricing and applicable project requirements.
06
End-to-End Execution
From site visit and engineering through installation, documentation and project completion.
SMART SOLAR SIZING
Get Solar Recommendation
Not sure how much solar your home needs?
Start with your electricity usage and future requirement. SOLINVA can guide the system configuration using actual whole-panel combinations.
PROJECT WORKFLOW
From requirement to completion
A controlled workflow keeps the residential project technically and commercially aligned.
01
Requirement
Understand electricity usage, load and future requirement.
02
Site Visit
Review rooftop, location, access and technical conditions.
03
Engineering
Prepare system sizing, component selection and project design.
04
Quotation
Prepare controlled project costing and professional quotation.
05
Installation
Execute the approved solar project with proper materials and workmanship.
06
Completion
Complete testing, documentation and applicable project handover workflow.
₹78,000
Residential subsidy guidance
subject to applicable eligibility and prevailing scheme rules.
subject to applicable eligibility and prevailing scheme rules.
SUBSIDY GUIDANCE
Understand the applicable residential solar benefit
SOLINVA can guide eligible residential customers through the applicable subsidy-related project workflow while keeping eligibility and prevailing scheme requirements clear.
- Eligibility and applicable scheme conditions must be verified.
- Required documentation and project configuration may affect processing.
- Final subsidy approval remains subject to the applicable authority and prevailing rules.
FAQ
Residential solar questions
How is the residential solar system size selected?
The recommendation is based on electricity usage, existing and future load, roof conditions and actual panel wattage.
Do you use fractional solar panels to match an exact kW size?
No. SOLINVA uses complete solar panels. Actual system capacity is calculated from panel wattage multiplied by whole-panel quantity.
Can the system be planned for future electricity usage?
Yes. Expected future load can be considered during system recommendation and engineering.
Are product brands fixed?
Component selection depends on the approved project requirement and verified active products available in the SOLINVA Product Master.
Ready to Plan Your Home Solar System?
Book a SOLINVA site visit and start with a requirement-based residential solar assessment.