Introduction
Brief on the shift from conventional solar panels to BIPV.
Why modern architecture demands solutions that merge design + sustainability.
Case Study – The Bengaluru Office Complex
- Background of the project.
- Energy goals: reduce carbon footprint, achieve LEED Platinum.
- Decision to use BIPV instead of conventional façade glass.
Key Benefits Observed
- Aesthetics: Seamless glass façade with solar cells.
- Energy Efficiency: Generated 25% of annual energy demand.
- Thermal Control: Reduced heat ingress compared to conventional glass.
- Brand Value: ESG-compliant, attracting global tenants.
Broader Applications of BIPV
- Offices, malls, airports, hospitals.
- Future potential: Net-zero urban districts.
Visuals to Add
- Before & after render of a building with BIPV façade.
- Infographic: “How a façade becomes a power plant.”
- Energy savings comparison chart.
Conclusion
BIPV is no longer futuristic—it is today’s solution for buildings that want to be self-sufficient, green, and visually iconic.
Mr. Ankit Modi
Mr. Ankit Modi is the Founder & CEO of Aelius, driving innovation in Building-Integrated Photovoltaics (BIPV) and solar design. With a Master’s in Renewable Energy and Architecture from Nottingham University, UK, and 18+ years of experience in renewable energy and solar solutions, he brings together architectural sensitivity and technical precision. As a Certified Low Carbon Consultant with CIBSE (UK), he brings a strong focus on sustainable building practices and renewable integration. He is also associated with BREEAM (UK), IGBC, and GRIHA, supporting his vision for low-carbon architecture.
