Energy Revolution: The Adani Green Energy Gallery Hits 1M
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A million people have now visited Energy Revolution: The Adani Green Energy Gallery, a free gallery at the Science Museum, London.
This milestone highlights how much interest there is among people in understanding the future of energy. Reaching one million visitors in just over a year shows the power of education and interactive learning in raising awareness about climate change and clean energy. Many global museums now use immersive exhibits to make science more relatable, especially for children and students, helping them imagine solutions for tomorrow’s world.
In September 2025, the gallery received a prestigious AJ Retrofit and Reuse Award for its sustainable approach to design and installation.
Winning this award reflects a growing trend in the museum and architecture world to recycle materials and reduce environmental impact during construction. Retrofits help lower carbon emissions compared to building new structures. By reusing materials and applying sustainable design techniques, the gallery sets an example for cultural institutions globally to lead by action, not just words.
Through fascinating historic and contemporary objects and engaging digital exhibits, visitors can explore the surprising history of our current energy transition and discover how the world can generate and use energy more sustainably as we journey towards a low-carbon future.
Museums are now seen as powerful platforms to inspire climate action. By combining history with interactive exhibits, visitors can understand how human innovation has shaped energy systems. Learning from past energy transitions helps people understand why a low-carbon future is essential. This educational approach encourages visitors to think critically about their own energy use and choices.
The Adani Green Energy Gallery, an award-winning free gallery at the Science Museum that explores how the world can generate and use energy more sustainably, has welcomed one million visitors since opening in late March 2024.
The gallery has quickly become one of the most popular attractions at the Science Museum. Its mix of science, technology, art, and storytelling draws people of all ages. Such initiatives help build public understanding of complex issues like decarbonisation simply and engagingly. This is important because the energy transition affects everyone, from families to industries.
Dedicated to examining one of the greatest challenges of our time – the rapid energy transition and decarbonisation needed to limit climate change – the gallery features striking displays of contemporary and historic objects, engaging digital exhibits and specially commissioned models, which together show how the past, present and future of energy systems are shaped by human imagination and innovation.
Around the world, climate change is driving governments and companies to shift to renewable energy faster. Exhibits that mix history with futuristic solutions help people see how human creativity has always played a role in solving big problems. By connecting imagination to innovation, the gallery inspires young minds to think about careers in green energy and climate science.
The gallery, which highlights technologies and projects from the UK and abroad – from hydrogen power on Orkney to terracotta air-cooling façades in India and solar farms in Morocco – is popular with both families and school groups. More than 10,000 students have now explored the gallery as part of educational visits since it opened.
These real-world examples show how different regions are solving energy problems in unique ways. Hydrogen power in Orkney is a leading example of local renewable energy use. Terracotta cooling in India blends traditional techniques with modern design to lower energy use. School visits are especially important because they introduce students to practical solutions and inspire them to be part of change.
Mr Sagar Adani, Executive Director, Adani Green Energy, said: “We are honoured to witness Energy Revolution: The Adani Green Energy Gallery inspiring a million minds and igniting conversations around sustainability and innovation. At Adani Green Energy, we believe that a sustainable future is rooted in bold innovation and collective action. This milestone reflects the shared commitment to shaping a greener tomorrow and showcases the power of education in driving meaningful change. We congratulate the Science Museum Group on achieving this significant landmark and are proud to support a gallery that continues to trigger curiosity and nurture solutions for a cleaner, more resilient world.”
Public-private collaborations like this one play a crucial role in accelerating awareness about clean energy. When leading companies support educational initiatives, they help bridge the gap between research and public understanding. It also reflects how businesses are becoming active players in climate solutions, not just energy producers.
Sir Ian Blatchford, Chief Executive and Director of the Science Museum Group, said: “We are delighted to have welcomed a million visitors to this stunning gallery, helping ignite curiosity among those who visit and sparking conversations about the need to generate and use energy more sustainably. Reaching this impressive milestone is a testament to the gallery’s award-winning design and the stories behind the remarkable objects on display. I am grateful to Adani Green Energy for their generous sponsorship, which made the gallery possible.”
Strong leadership and vision are essential to bring ambitious educational projects to life. The Science Museum Group has a long history of making science accessible to the public. By focusing on sustainability, they are helping millions of visitors understand their role in the energy transition.
The Adani Green Energy Gallery was designed by architect and design studio Unknown Works and recently received a Retrofit and Reuse Award from the Architects’ Journal for its sustainable approach to design and installation. As part of the award-winning design, more than 200 redundant metal shelves from the museum’s former object store were repurposed to display objects in the gallery. Aluminium was used where possible as it can be easily recycled, with energy-efficient LEDs used to light the gallery. Together, these actions helped reduce carbon emissions from the creation and continued operation of the gallery.
Design choices like repurposing shelves and using aluminium are simple but impactful steps. Energy-efficient lighting further reduces operating emissions. Many modern museums are adopting similar approaches, showing that sustainability starts right from the building stage.
Through the lens of imagination, the gallery examines this century’s defining challenge across three sections. In Future Planet, visitors can examine how climate scientists use mathematics and complex computer-based models to understand our planet, and what these tell us about the range of climate futures that might lie ahead, through an interactive exhibit developed with the UK Met Office. Also on display are instruments used to observe and measure the climate at sea, on land, in the air and even from space. These include an air-sampling flask used for observations of atmospheric carbon dioxide based on Charles David Keeling’s original design and a satellite-based scientific instrument which takes precise observations of sea surface temperature from space.
These exhibits give people a hands-on way to learn how scientists collect and analyse data to predict climate patterns. Interactive tools make complicated science easy to understand and help visitors see the importance of accurate climate data in decision-making.
In Future Energy, vital low-carbon technologies that are reimagining how energy is supplied and used today are highlighted alongside historic artefacts which provide a longer view of the energy transition away from fossil fuels. Visitors can see the first electric taxi, the elegant black and yellow Bersey cab hailed by Londoners in 1897, and cables made for the world’s first public electricity network, which was established in London in 1882 and went on to transform the way we live. On display is a towering five-metre-tall parabolic solar trough mirror used on huge solar farms to concentrate sunlight and generate electricity, and a vast seven-metre-long prototype tidal turbine blade used near Orkney in 2016 to help generate enough electricity to power a thousand homes. A huge quadrant from the Zero Energy Thermonuclear Assembly is also on display for the first time. This nuclear fusion experiment was created in the late 1950s by British scientists who imagined a world filled with abundant energy thanks to nuclear fusion. Visitors can also examine a model of a small modular nuclear reactor made by Rolls-Royce SMR, which may power more of our homes in the future, alongside part of a real (but non-radioactive) canister used for storing the UK’s nuclear waste.
This section blends history with innovation to show how energy technology has evolved over centuries. From early electric taxis to cutting-edge nuclear fusion experiments, visitors get a complete picture of human efforts to find cleaner, more efficient energy sources.
Our Future looks forward to a new world, with children’s creative ideas of how the world will meet its future energy needs displayed alongside expert responses to them. Visitors can see a decarbonisation tracker, which is updated annually and displays how the UK is performing on its low-carbon journey.
This interactive section encourages young visitors to become future problem solvers. By pairing children’s ideas with expert insights, the gallery shows that everyone, regardless of age, can be part of shaping tomorrow’s energy solutions.
At the centre of the gallery, uniting science and art, is an art commission, Only Breath, a kinetic sculpture that moves and blooms, stretching to around five metres in diameter when unfurled. Created by artists Alexandra Carr and Colin Rennie from Torus Torus Studios, the sculpture was made from repurposed mirrors, recyclable stainless steel and windblown wood and signifies the power of nature to inspire technological change.
Art often helps people emotionally connect to scientific themes. This sculpture symbolises harmony between nature and technology and acts as a visual reminder of what a sustainable future can look like.
Energy Revolution: The Adani Green Energy Gallery is generously supported by Adani Green Energy, one of the world’s leading renewable energy companies. The free gallery opened at the Science Museum on 24 March 2024 on Level 2 in the West Hall.
Corporate sponsorship of such public spaces is becoming more common, allowing museums to build ambitious, future-focused exhibits without financial barriers. This partnership between science and industry helps accelerate public awareness of clean energy.
