Clean Energy for Residential Infrastructure at Scale
Venecia CHS is a large residential community where common-area energy consumption forms a significant and recurring operational expense. With rising energy tariffs and increasing demand for sustainable living, the society sought a clean energy solution that could deliver predictable savings without operational complexity.
For residential infrastructure, renewable energy must function reliably as part of daily life — supporting lifts, lighting, utilities, and shared services without disruption.
The requirement was to:
• Reduce common-area electricity costs
• Ensure long-term reliability
• Integrate seamlessly with existing electrical infrastructure
• Maintain safety and ease of operation
The solution needed to deliver real value, not just capacity.
Viosimo designed and implemented an 80 kW rooftop solar PV system under a CAPEX ownership model, enabling the society to retain full ownership and long-term benefits from the installation.
The system was planned considering:
• Structural and spatial constraints
• Common-area load behaviour
• Electrical safety and compliance
• Long-term performance and maintainability
• Installed Capacity: 80 kW rooftop solar PV
• Annual Energy Generation: ~1,08,000 units
• CO₂ Mitigation: ~82 tonnes annually
• Annual Energy Savings: ~₹17.28 lakh
The system is engineered to operate reliably over a 25-year lifecycle, delivering consistent savings year after year.
Venecia CHS demonstrates how renewable energy can strengthen residential infrastructure when designed with system intelligence and financial clarity — delivering measurable environmental and economic benefits without complexity.