Newton Fund

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Creating more efficient solar energy

The supply of clean, sustainable, and affordable energy is a key issue in India and across the world. There is a need for a low upfront cost, high-efficiency source of energy production to improve the quality of life in villages in India.

The Newton-Bhabha APEX-II programme is a flagship project in solar energy between India and the UK, building on the achievements of an early programme. The project focused on addressing the challenges of perovskite solar cells (PSC) which have proved successful in terms of efficiency and costs but have shown materials and device instability from ambient humidity and oxygen in the air.

The project has advanced the technology and led to patents. Cheaper and low upfront cost processing has attracted interest from manufacturing companies in India and abroad, which may wish to adopt PSC technology for manufacturing once it gains stability against ambient factors.

In addition, the project has built up strong partnerships between academic groups from the two countries, marked by several offshoot projects, high-quality, high-impact joint publications, patents and more than 50 exchange visits of early career researchers.

 

 

  Advancing the Efficiency and the Production Potential of Excitonic Solar Cells (APEX)-II
 
  Lead PI: Professor Hari Upadhyaya of Brunel University in London - UK group made up of                         Brunel University, University of Oxford, University of Cambridge, University of                               Swansea, Imperial College London and University of Edinburgh
  Lead PI: Professor Viresh Dutta of the Indian Institute of Technology in Delhi – India group                         made up of the Indian Institute of Technology in Delhi and Kanpur, Indian Institute of                     Science in Bangalore, National Physical Laboratory in Delhi, Jawaharlal Nehru                             Centre for Advanced Scientific Research in Bangalore, Indian Institutes of Science                       Education and Research Pune, and Indian Institute of Chemical Technology in                             Hyderabad
 
  Project partners: Engineering and Physical Sciences Research Council
                                Department for Science and Technology, India