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The well-known Science Museum in London has announced a landmark new gallery, which will examine how the world can undergo the fastest energy transition in history to curb climate change, with a subsidiary of the Adani Group being the title sponsor.
Gautam Adani, Chairman of Adani Green Energy, said “We are delighted to support the Energy Revolution gallery, which will explore how society can power the future through low carbon technologies.
The Adani Green Energy Gallery’ is supported with title funding by Adani Green Energy, India’s leading solar power developer which aims to be the world’s largest renewable power generating company by 2030.
The new gallery was announced as delegates gathered for a ‘Global Investment Summit’ hosted at the museum by British prime minister Boris Johnson.
The gallery will explore the latest climate science and the energy revolution needed to cut global dependence on fossil fuels and achieve the Paris targets to limit global warming to around 1.5º C above pre-industrial levels.
Visitors to the new gallery will see how data visualisations and future projections are key to generating knowledge, informing decisions about how we live and stimulating creative and innovative solutions.
“Imagining our collective future, as this gallery will encourage, provides us all with a powerful action programme,” said Dame Mary Archer, chair of the Science Museum Group.
“This gallery will take a truly global perspective on the world’s most urgent challenge. We face a grave threat, but the future is not predestined it is still in our hands if we can build the coalition required for urgent and far-reaching action,” she added.
The gallery will draw on the Science Museum Group Collection and loans, deploying a range of interactive and digital storytelling techniques to reveal the latest science as well as exploring energy revolutions of the past and future.
The gallery is being developed around four thematic sections, each providing a different lens on the century’s defining challenges. They will use examples from history to scrutinise the times when people imagined different kinds of energy futures, consider present-day projections of the future, and describe technologies and energy systems that will help us shift to a low carbon future.