Building-Integrated Photovoltaics: New generation of solar energy

The results of integrating solar panels in the building would be the generation of clean solar energy which would reduce the stress on non-renewable and polluting sources of energy.

Fulfilling power generation has become a significant concern since the rate of power production does not match the growing power demand. Due to the use of more electricity-consuming appliances and machines, the electricity demand will double by 2060 as per World Energy Council 2016. And hence it is essential to come up with low carbon solutions that can incentivize our future to make significant changes in the building models.
The integration of photovoltaic cells on the building as primary components is basically termed as Building-Integrated Photovoltaics (BPIV). Using this system, PV panels can be integrated into building components such as walls, roofs or windows to capture the maximum amount of sunlight and heat. Types of BPIV modules differ depending upon their applications, which can be customized based on shapes, color, transparency, cell type, lamination size, module voltage, noise isolation.

Benefits of BPIV modules
1. More power is generated per square foot than traditional solar modules.
2. This infrastructure provides excellent weather protection, thermal insulation, noise mitigation and safety features.
3. The modules are light weight, thin and easy to install which doesn’t damage the buildings.
4. These are strong and durable whose lifespan is generally about 10–25 years.
5. Modules can be customized — colors, patterns and finishes to ensure seamless integration.

This piece is written by Sugapriya T, Asst. Manager, Sales at Carbon Minus Energy Pvt. Ltd. To find out more, visit our website by clicking here.