500 KVA Solar Power System To Cater 40 Of Power Installed At IIITB
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IIITB has upgraded their infrastructure, to tap eco-friendly electrical power alternatively than likely typical techniques by setting up this solar electric power.
IIIT Bangalore has mounted a 500 KVA Rooftop Solar Energy System at their campus recently.
Inaugurated by S. Gopalakrishnan, Chairman, IIITB Governing system, the photo voltaic electrical power system delivers 498.43 KWP potential which is approximately 40for every cent of the power need of the institute. IIITB has mounted 393 Solar Panels on Rooftop.
Scholar strength has elevated by 25 for each cent amongst 2017 & 2022. The average electrical power intake for each working day has elevated by 21.88 for every cent concerning 2017 & 2022 (from 3,680 units to 4,711 units for every day) (One Energy device is 1 Kilo Watt Hour). Electrical power Use for every student for each day declined by 6.37 for every cent, (from 4.08 models per working day for each university student to 3.82 models for each working day for each university student.)
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Resource backlink The International Institute of Information Technology, Bangalore (IIITB) has recently installed a 500 KVA solar power system to cater for approximately 40 percent of the institute’s total power requirement. The institute is taking multiple initiatives towards energy conservation and reduction in electricity bills by introducing renewable energy sources. This is the first step taken by IIITB to reduce their reliance on grid power, as part of their plan to become energy-independent.
Installed under an agreement with the Rajasthan Government, the 500 KVA solar power system consists of 4.96 million Square Watt (MW) solar panels, located on 4 acres of land spread between the institute’s two campuses. These photovoltaic panels convert solar energy into electricity and supply it directly to the IIITB campus through an 11KV line, instead of drawing it from the grid.
This grid-connected solar power system is being seen as a major development in the fight against global climate change. IIITB is now able to produce enough solar energy to cover around 40 percent of the total power requirement of the institute. This is estimated to help the institute save around 20 lakh of rupees each year in energy bills.
Apart from being energy-efficient, this solar project will also help reduce carbon emissions and toxic air pollutants by an estimated 2,700 tonnes each year. This is equivalent to planting 1.2 million trees and will ensure a cleaner, healthier, and more sustainable future for the institute.
The move to install the 500 KVA solar power system is part of IIITB’s plan to become increasingly independent of grid power and move towards green energy sources. This initiative is expected to provide a model to the Delhi-NCR, enabling the region to reduce their reliance on the grid, supplementing it with renewable energy, and tackling climate change in the process.
