The Integrated Clean Energy Material Acceleration Platform (MAPs) would bring best minds together and is expected to lead to research and technology outputs of immense value for clean energy driven growth.MAPs would also accelerate the pace of material discovery up to 10 times faster in clean energy domain for cost effective, reliable and robusr solutions.
Accelerated discovery of energy materials has the potential to make clean energy harnessing more efficient and affordable. These Material Acceleration platforms would develop materials and energy systems which can adress the issues of variability and uncertainty intrinsic to clean energy sources and provide research led disruptive solution.
Integrated Clean Energy Material Acceleration Platform would leverage emerging capabilities in next-generation computing, artificial intelligence (AI) and machine learning and robotics to accelerate the pace of materials discovery.
Materials For Energy seeks to accelerate innovation from materials to devices via Material Acceleration Platform (MAPs) by coordination of research support activities, where materials are part of the solution.
The primary research emphasis at the center is the development of energy harvesting and conservation materials possessing excellent functional performance and ambient stability. DST-IIT Kanpur center could enable the fast-paced translation and subsequent commercialization of perovskite solar cells, solar thermal receivers, smart windows and thermal insulating tiles.
DST-IIT Kanpur center brings together our strengths in solid-state physics, computational materials science, materials synthesis and characterization, device fabrication, machine learning, automation and reliability evaluation to help accelerate the development of techno-commercially viable clean energy technologies.