Indo Irish Hospital
A 150 kW rooftop solar project executed at Indo Irish Hospital HT, reducing electricity expenses while supporting reliable, clean energy for essential healthcare services.
Project Goals
The primary goal was to enable Indo Irish Hospital to achieve substantial energy savings and uninterrupted power supply through renewable sources. The client also aimed to reduce its environmental impact and align its operations with green energy standards, especially critical in the healthcare sector where reliability and sustainability are both essential.
Project Capacity
150 kW
Electricity Produced Annually (kWh)
2,08,800 kWh
Offsetting
208.8 Tonnes
Savings Annually in Rs.
34,93,224 Rs
Challenge
• Operational Sensitivity: Continuous hospital operations required careful planning to avoid interference with sensitive medical equipment and patient care activities.
• Rooftop Space Constraints: The rooftop included multiple service zones and equipment, limiting usable space for uniform panel alignment.
• High Energy Demand: Energy demand was high and consistent, demanding optimal generation output and reliability from the installed system.
• Rooftop Space Constraints: The rooftop included multiple service zones and equipment, limiting usable space for uniform panel alignment.
• High Energy Demand: Energy demand was high and consistent, demanding optimal generation output and reliability from the installed system.
Solution
• Zero-Disruption Coordination: We coordinated with hospital administration to carry out installation with zero disruptions to hospital functions, prioritizing safety and discretion.
• Modular Layout Design: A custom layout was designed using modular mounting structures to utilize fragmented roof areas effectively.
• 24/7 Power Reliability: High-efficiency panels and smart inverters were deployed to ensure consistent power generation that meets the hospital’s 24/7 operational needs.
• Modular Layout Design: A custom layout was designed using modular mounting structures to utilize fragmented roof areas effectively.
• 24/7 Power Reliability: High-efficiency panels and smart inverters were deployed to ensure consistent power generation that meets the hospital’s 24/7 operational needs.
Challenge
• Operational Sensitivity: Continuous hospital operations required careful planning to avoid interference with sensitive medical equipment and patient care activities.
• Rooftop Space Constraints: The rooftop included multiple service zones and equipment, limiting usable space for uniform panel alignment.
• High Energy Demand: Energy demand was high and consistent, demanding optimal generation output and reliability from the installed system.
• Rooftop Space Constraints: The rooftop included multiple service zones and equipment, limiting usable space for uniform panel alignment.
• High Energy Demand: Energy demand was high and consistent, demanding optimal generation output and reliability from the installed system.
Solution
• Zero-Disruption Coordination: We coordinated with hospital administration to carry out installation with zero disruptions to hospital functions, prioritizing safety and discretion.
• Modular Layout Design: A custom layout was designed using modular mounting structures to utilize fragmented roof areas effectively.
• 24/7 Power Reliability: High-efficiency panels and smart inverters were deployed to ensure consistent power generation that meets the hospital’s 24/7 operational needs.
• Modular Layout Design: A custom layout was designed using modular mounting structures to utilize fragmented roof areas effectively.
• 24/7 Power Reliability: High-efficiency panels and smart inverters were deployed to ensure consistent power generation that meets the hospital’s 24/7 operational needs.
