PV Project MENA (2)
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This document summarizes a proposed PV project in the MENA region that includes installing solar panels on the rooftops of three buildings totaling 17,000 square meters and covering 1,000 parking spaces. The rooftop solar array would consist of approximately 7,500 panels totaling 1,875kWp expected to generate 3,200MWh annually. The parking canopy solar would include around 12,000 panels across 1,000 spaces totaling 2,500kWp expected to generate 4,400MWh annually. The project aims to leverage available roof and parking space to install solar PV systems to generate renewable energy.
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This document describes two plans for installing a solar power plant on the roof of the Administrative Building of Pondicherry University. Plan I involves installing a 50kW system with 622 solar panels that would generate 63.37 MWh per year and pay for itself in 17 years. Plan II is a smaller 10kW system with 122 panels generating 12.25 MWh annually and a payback period of 15 years. Both plans would significantly reduce the building's carbon footprint and promote the university's green energy initiatives.
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The document discusses photovoltaic systems and their types, installation methods, and design considerations. It provides examples of photovoltaic installations internationally and locally in Kuwait. Advancements discussed include nano solar technologies that can make solar power more cost efficient and flexible through the use of thin film and quantum dot solar cells.
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- 2. Project details Project consist of 1. Flat roof PV install over 3 different buildings C Centre 6000 sqm D Cinema 3600 sqm E Hypermarket 7400 sqm total net available area of 17,000sqm 2. 1,000 parking bays covered with PV canopy each bay covers approx 15sqm Project consist of 1. Flat roof PV install over 3 different buildings C Centre 6000 sqm D Cinema 3600 sqm E Hypermarket 7400 sqm total net available area of 17,000sqm 2. 1,000 parking bays covered with PV canopy each bay covers approx 15sqm
- 3. PV Roof system • Estimated number of 7.500 PV panels projected net available sqm subject to obstructions on the roof area • Equals 1,875kWp installed power • Objective : anual power generation of 3,200MWh based on optimized azimuth and inclination • Estimated number of 7.500 PV panels projected net available sqm subject to obstructions on the roof area • Equals 1,875kWp installed power • Objective : anual power generation of 3,200MWh based on optimized azimuth and inclination System specially designed for light roof constructions. Low ballast limit roofload
- 4. PV Roof system PV System Flatroof mounting, total ~ 1,875kWp PV modules Inverter Flat roof mounting system ( ballast ) Cabling Monitoring Installation, commissioning Excl. travel & boarding expenses civil works
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- 6. Solar carpark Carpark Solar Canopy, total ~ 2,500kWp Carpark structure PV Modules String Inverters Mounting on canopy structure Cabling Monitoring Fundation Installation, commissioning Carpark Solar Canopy, total ~ 2,500kWp Carpark structure PV Modules String Inverters Mounting on canopy structure Cabling Monitoring Fundation Installation, commissioning Excl. travel & boarding expenses civil works single or double row possible