Bhansali Honda
A 10 kW rooftop solar system installed at Bhansali Honda, a two-wheeler showroom, to reduce energy costs and support green mobility.
Project Goals
The main objective was to help Bhansali Honda cut down on high electricity bills and enhance its brand image by adopting clean energy. The project also aimed to support the dealership’s commitment to sustainability in the automotive sector and provide long-term energy cost stability.
Project Capacity
10 kW
Electricity Produced Annually (kWh)
13,920 kWh
Offsetting
13.92 Tonnes
Savings Annually in Rs.
1,76,923.2 Rs
Challenge
• Rooftop Design Limitations: Limited rooftop area due to showroom design and branding elements made it difficult to accommodate standard panel layouts.
• Non-Disruptive Execution: The client required the installation to be completed without disrupting ongoing showroom and service center operations.
• Urban Shading Challenges: Ensuring optimal energy generation despite partial shading from nearby buildings and urban surroundings was a concern.
• Non-Disruptive Execution: The client required the installation to be completed without disrupting ongoing showroom and service center operations.
• Urban Shading Challenges: Ensuring optimal energy generation despite partial shading from nearby buildings and urban surroundings was a concern.
Solution
• Space-Efficient Module Design: We developed a compact and efficient module arrangement that worked around space constraints while maintaining performance output.
• Safe, Non-Intrusive Installation: Installation was carried out in early morning hours with strict adherence to safety protocols to avoid interference with business activities.
• Performance in Shaded Conditions: High-efficiency solar panels and shadow-tolerant string configurations were used to ensure consistent performance in a semi-shaded urban setup.
• Safe, Non-Intrusive Installation: Installation was carried out in early morning hours with strict adherence to safety protocols to avoid interference with business activities.
• Performance in Shaded Conditions: High-efficiency solar panels and shadow-tolerant string configurations were used to ensure consistent performance in a semi-shaded urban setup.
Challenge
• Rooftop Design Limitations: Limited rooftop area due to showroom design and branding elements made it difficult to accommodate standard panel layouts.
• Non-Disruptive Execution: The client required the installation to be completed without disrupting ongoing showroom and service center operations.
• Urban Shading Challenges: Ensuring optimal energy generation despite partial shading from nearby buildings and urban surroundings was a concern.
• Non-Disruptive Execution: The client required the installation to be completed without disrupting ongoing showroom and service center operations.
• Urban Shading Challenges: Ensuring optimal energy generation despite partial shading from nearby buildings and urban surroundings was a concern.
Solution
• Space-Efficient Module Design: We developed a compact and efficient module arrangement that worked around space constraints while maintaining performance output.
• Safe, Non-Intrusive Installation: Installation was carried out in early morning hours with strict adherence to safety protocols to avoid interference with business activities.
• Performance in Shaded Conditions: High-efficiency solar panels and shadow-tolerant string configurations were used to ensure consistent performance in a semi-shaded urban setup.
• Safe, Non-Intrusive Installation: Installation was carried out in early morning hours with strict adherence to safety protocols to avoid interference with business activities.
• Performance in Shaded Conditions: High-efficiency solar panels and shadow-tolerant string configurations were used to ensure consistent performance in a semi-shaded urban setup.
