Ecotech Factory
Client:
Ecotech Factory
Location:
Greater Noida, Uttar Pradesh, India
Size:
Approx. 18,000 sqft
Project Overview
The Ecotech Factory in Greater Noida, India, aims to achieve energy efficiency and sustainability through the integration of solar energy and advanced lighting systems. With a total roof area of 20,430 sq. ft. and a proposed solar PV capacity of approximately 265 kW, this project reflects a commitment to carbon footprint reduction and long-term cost savings.
Solar Energy Insights
Annual Solar Energy Production:
The system generates between 4,60,000 and 4,75,000 kWh of solar energy each year.Energy Savings:
This results in annual savings of approximately ₹38 lakhs.Carbon Offset:
By reducing carbon emissions by 423,200 kg of CO₂ per year, the system has the same environmental impact as planting 20,152 trees.
The system is carefully optimized for maximum solar exposure, ensuring that the panels are precisely oriented to true south. Additionally, they are tilted at an angle that matches Noida's latitude of 28° to achieve the highest possible efficiency. This strategic alignment helps in maximizing energy generation throughout the year, taking into account seasonal variations in sunlight.
Lighting Analysis
Daylight Factor
The analysis shows that over 73% of the indoor spaces require additional daylight enhancements to achieve optimal illumination. The ideal average daylight factor for precision work factories is 5%, ensuring adequate brightness for detailed tasks. Implementing effective daylighting strategies can significantly improve visibility, reduce energy consumption, and enhance worker productivity.
Lux Levels
The indoor lighting ranges between 500-1,000 lux, providing optimal illumination for various tasks. This ensures a well-lit environment that enhances both productivity and visual comfort. The lighting setup complies with industry standards for workplace safety and efficiency.
Key Recommendations
- Optimize solar panel placement by aligning them for maximum sun exposure and integrating high-efficiency panels to enhance energy generation and overall system performance.
- Enhance daylight penetration through strategic design modifications, larger openings, or supplemental lighting solutions to improve illumination in underlit areas.Enhance daylight penetration through design modifications or supplemental lighting for underlit areas.
- Implement regular maintenance plans to mitigate dust and pollution buildup, ensuring optimal solar panel efficiency and sustained long-term energy output.