Key Projects

Pune Metro Rooftop Solar Installations

100% Captive Consumption: All generated solar energy is fully consumed within Pune Metro operations—no net metering involved.
Prosumers Model Adoption: Pune Metro operates as a solar prosumer—generating and utilizing renewable energy directly at point of use.
Urban Renewable Integration: Rooftop installations across metro stations demonstrate sustainable energy use in dense urban infrastructure.
Optimized Roof Space Utilization: Smart engineering to utilize metro station rooftops without interfering with daily operations.
Clean Energy for Green Transit: Solar generation directly supports eco-friendly mass transit, reducing grid dependency.
High-Efficiency System Design: Equipped with Tier-1 solar modules and advanced inverters for long-term output and reliability.
Real-Time Monitoring: Plants are integrated with remote data monitoring systems ensuring transparency and performance tracking.
Zero Land Use Impact: Rooftop deployment avoids land acquisition, contributing to sustainable urban development.
Reduced Carbon Footprint: Significant reduction in CO₂ emissions annually through clean energy generation at point of use.
Dedicated O&M Management: Robust operations & maintenance system ensures high uptime and preventive care across all stations.

Sustainable Campus Initiative: Part of SPPU’s vision to become a green and energy-resilient university by adopting clean solar energy.
On-Site Power Utilization: Entire solar generation is consumed internally within the university campus—maximizing self-sufficiency.
Educational Model Plant: Acts as a live demonstration site for students and researchers to understand renewable energy systems.
Energy Cost Savings: Substantial reduction in electricity bills for the university, promoting long-term operational savings.
Eco-Friendly Infrastructure: Rooftop installations integrated without disturbing academic activities or altering building structure.
Modular & Scalable Design: Plant capacity designed with future expansion flexibility to meet growing energy demands.
Green Certification Support: Contributes toward green campus ratings and compliance with environmental sustainability goals.
Smart Monitoring System: Real-time performance tracking through IoT-enabled platforms for data transparency and diagnostics.
Environment Impact Reduction: Annual offset of significant CO₂ emissions, supporting the global climate action agenda.
Professional O&M Support: Comprehensive post-commissioning services in place to ensure efficient plant operation and timely upkeep.

Critical Site Execution: Executed in highly challenging conditions with a water table just 3 meters below—demanding specialized foundation and civil design.
Dual-Purpose Structure: Innovative car-parking canopy design that generates clean energy while providing shaded parking for port vehicles.
Port-Integrated Solar Infrastructure: Solar power plant built inside one of India’s busiest container ports—showcasing industrial-scale sustainability.
Customized Civil Engineering: Deep foundation and waterproofing solutions implemented to tackle sub-surface water challenges.
Space Optimization: Converts underutilized parking space into a productive energy-generating zone, without requiring additional land.
Heavy-Duty Structure: Designed to withstand marine corrosion, high wind loads, and port-specific operational stress factors.
Self-Consumption Model: All solar power is utilized within JNPT’s internal operations—enhancing energy independence.
Reduced Operational Costs: Significant reduction in conventional electricity usage, directly benefitting port’s OPEX.
Clean Energy Showcase: Serves as a model green project within a major government-controlled logistics hub.
High-Availability O&M: Special O&M plan developed to ensure uninterrupted generation despite harsh coastal and operational environment.