(Chatting to my colleagues at Regen, we really enjoy this, and are wondering what animal we would have in the UK…. we also find it slightly ironic that you can only see it from an aeroplane!)
Cute panda products flock markets and their videos the internet. Now pandas have entered the world of solar energy.
While most solar farms look like an Excel sheet with rows and columns, Datong, China has built a large solar farm shaped like the iconic black and white giant panda.
The 250-acre station will have a have a capacity of 100 megawatts when fully connected, providing 3.2 billion kilowatt-hour of green electricity in 25 years. That is equivalent to saving 1.056 million tonnes of coal, or reducing 2.74 million tonnes of carbon dioxide emissions.
Called the Panda Power Plant, the project is an initiative of the United Nations Development Programme (UNDP). It has been built by Chinese company Panda Green Energy. The company’s CEO Li Yuan explains the panda-shape by sharing that “Designing the plant in the shape of a panda could inspire young people and get them interested in the applications of solar power.”
This is only the beginning, further expansions are underway and the power plant will be 1,500 acres when complete in the next 5 years. The Telegraph has reported that ‘Young candidates from around China will be recruited to participate in summer camps at the panda power stations, with a focus on providing them with a deeper understanding of green energies.’
There are also plans to bring panda power stations to Fiji and the Philippines, with the aim of building 100 across the globe over the next five years.
Solar Roller has
- No noise
- No carbon emission
- No fuel costs
- Operational in few minuets
- Up to 8 hour run time in the absence of sunlight (due to 4*Rolls batteries 4000 Series S605 with effective battery capacity 5kWh)
- Provides power to remote locations, Community events, Music Festivals, Outdoor parties/events
- Provides power for lights, Sound systems, Bouncy Castles, Small wedding tents, Music stages
- Solar input and power output data is uploaded to an online portal in real time, allowing anyone to access and monitor the trailer’s performance on their phone or computer
- Integrated with LCD control interface displays all system activity and performance using an intuitive and easily accessible visual display
- Erdé 153.3 with 60cm high cover
- Overall dimensions: 2.5m L x 1.6m W x 1.5m H
- Overall weight: approx 600-650kg, including solar panels and other kit
Solar generation (on 50A circuit breaker)
- 6 x Shanghai Electric 175W panels, total array capacity of 1050W
- Connected via a Victron 100-50 Bluesolar MPPT charge controller
- Able to deliver approx 40A charging current at peak power generation
- Solar Input: 1050W
- Effective Battery Capacity: 7.5kWh
- 4 x Rolls 4000 Series S605
- Battery bank nominal voltage: 24V
- Battery bank capacity: 450Ah (20 hour discharge)
- 3kVA Pure Sine Wave Primary Inverter
- 350VA Pure Sine Wave Secondary Inverter
Approx discharge time with the following continuous loads:
|Continuous loads||50% D.o.D.|
To express interest in hiring the trailer & to get a quote, please contact us.
Poland just unveiled an amazing new bike path that glows bright blue at night! The path near Lidzbark Warminski is illuminated by phosphor, a synthetic material that lights up after it’s charged by sunlight. Studio Roosegaarde’s Starry Night bike lane inspired TPA Instytut Badań Technicznych Sp. z o.o to create the glowing bike path.
TPA Sp. z o.o. president Igor Ruttmar told Gazeta Wyborcza that the material in the bike path can emit light for around 10 hours. Each day the path collects the energy that enables it to glow at night. Board of Regional Roads in Olsztyn director Waldemar Królikowski said the luminous bike path is meant to improve the safety of people biking at night.
According to Next Nature Network, the luminophores, or “particles” in the bike lane material can emit a variety of colors, and the designers picked blue to best fit in with the surrounding landscape. They also researched the sustainability of the materials they utilized, and how to make the materials as cost effective as possible since the bike lane does cost more than traditional lanes.
While the Starry Night bike path provided inspiration, the technology utilized in the Polish bike lane is quite different from the Van Gogh-themed lane. Studio Roosegaarde’s bike lane drew on LEDs powered by a solar array and “light-collecting paint.” TPA Sp. z o.o.’s bike lane doesn’t require any power sources. The bike lane is still being tested, as it is not known how long the lane will last before it begins to wear out.
by Naomi Wright
It is the beginning of term and we stand about discussing our theme for our classes ahead. I suggest art and energy, it interests me for all sorts of reasons. I say I am helping with similar themed workshops with some college students outdoors as part of Regensw’s art and energy programme. I wonder whether it will interest the class. We think about the wide range of meanings for energy. Energy is everything, I say, remembering a recent workshop. In a physical sense, binding the molecules of our being, energy fixed from the sun, in the movement of a river, the heat from a fire, in our food, in the every-day. We have our own energy, in the spirit of the land, in leylines, in happiness, in despair.
So the term at Crediton arts centre has taken this as a theme…. A couple of us are working with an old luccombe oak that has had to be cut down in the local park. We think of the power within, the height and weight of it, the history in it, the energy held beneath in the ground. The dying energy, used by fungus, the last of the leaves to be photosynthisising.
Others in the class discuss their drawings through the eye of an energy lens. Lines are energetic, directioned, growing. The still life is far from still as vegetation takes on a new meaning, pots spin, and all the senses are enlivened.
We’re all curious in how this will progress… Pat especially, as she has ideas for some new installations.
Naomi Wright is an artist who collaboratively researches the benefits of being outdoors in the elements. In sunshine, wind, or rain she maps and constructs places, things and conversations that make the most of our ecological interplay.
Another great project from 10:10!
Everyone plays a part.
No-one does it alone.
They’re 10:10. They help people tackle climate change.
ABOUT LOOK UP!
Our villages, towns and cities are full of roofs, just waiting to be turned into solar power stations.
All we need to do to find them is Look Up!
Look Up harnesses smartphone tech to let anyone size up a roof for solar panels in seconds – no special knowledge required. It’s a bit like Pokémon Go, but for solar.
HERE’S HOW IT WORKS
1 Find a roof that you think might look good with solar panels on and fire up the app to check it out.
2 In two simple steps you can add the roof to our treasure map. Then find out how much power it could produce by adding a few more details.
3 Share your find on social media and climb up the leaderboard. There are some great prizes up for grabs!
I’VE FOUND A ROOF, WHAT’S NEXT?
That’s up to you. By adding roofs to our treasure map, you’re helping show the massive untapped potential for solar power in the UK, making the case for a renewable-powered future that bit stronger, and the move towards it a little bit closer. So if that’s where you want to leave it, we’re ok with that. But there is more, if you want it!
Get involved in our Look Up competition
We’re giving away prizes to the people who find the most solar power potential before the clocks go back on October 30th. There’s a DIY solar panel making workshop, plus Rapanui clothing vouchers up for grabs, so get treasure hunting!
Run a Solar treasure hunt
The Look Up app is a great way to get people excited about solar power. So gather a group of people – it could be a few friends, your Scout group or the local WI – and set them off to see who can find the most solar treasure (roofs!). We’ve made a handy guide on how to get started.
Get some solar panels on that roof!
It’s been a rocky road for solar over the last 12 months, with the government slashing their support for renewables. But that doesn’t mean that putting up panels isn’t a good idea.
If you’ve found a roof that….
- faces south with no shade,
- would be easy to reach and install the panels on (you know, not too much scaffolding, and made of metal or tiles),
- is on a building that uses plenty of electricity during the day (like a school or an office)…
Then it’s very possible that putting up solar panels makes sense for the wallet, as well as the planet!
If it’s a building that you’re in charge of, then get in touch with a local solar installer. They’ll be able to give your roof a proper survey and work out how many panels it could take and how much it’d cost.
If it’s a roof that belongs to someone else, then try community energy! That means forming or joining a community based group that agrees a lease with the building owner to put panels on their roof.
If there isn’t anyone near you, the Community Energy Resource Hub has everything you need to start one yourself.
Solar treasure hunting only the beginning – there are loads more things you can do to cut your carbon and become Unstoppable.
And we’d love to hear from you. If you’ve enjoyed using the app, or you’ve run a solar treasure hunt, or it’s got you involved in community energy then we’d love to hear from you! Drop us an email with your story.
We have received a host of nominations for the first arts and green energy awards supported by The Institution of Civil Engineers.
This award is designed to recognise the crucial role that creative practitioners play in challenging, deepening and broadening the energy debate. We welcomed nominations from a range of art-forms.
- art.earth – Feeding the Insatiable
- Bridge Way Ltd – The Rumour Mill Animation
- Centre for Alternative Technology – The Extraordinary Story of Humans, Energy and Happiness
- The cSPACE Trust- Active Energy
- Deep Time Walk App
- Demand Energy Equality – Energy Tree
- GENeco – Creative Partnership
- Ilfracombe Performance Space Ltd
- Invisible Dust – Human Sensor
- Kaleider – Ancient Sunlight – Stories From The Oil Age
- Land Art Generator Initiative (LAGI) – Glasgow
- The Sol Cinema
- Stories of Change – The Open University (Stories of Change Project)
- Stories of Change project – Windywhirly Things
- WREN – Midsummer Feast
Feeding the Insatiable: real and imagined narratives of art and energy for a troubled planet is an international summit taking place in November. It brings together artists, philosophers, future thinkers, engineers, architects and designers in a disciplinary melting pot where all can set aside their established thinking to explore a host of creative ideas around energy consumption and generation. The programme includes workshops, papers, conversations, performances and an exhibition.
There is also a residential short course (Regenerative Art) to be run by The Land Art Generator Initiative who also provide the opening keynote. Immediately before the summit is an invitation-only think tank exploring public policy issues around public art and the aesthetics of renewable power generation.
An organising committee comprises some of the brightest people and organisations from across the world working in this field of practice. In turn they have brought together a fantastic field of presenters and workshop leaders.
At the summit we will also formally launch the ICE Art and Energy Prize, a major commission for a piece of permanent public art within a city in the southwest of England that generates the power it needs and returns excess power to the grid.
These events are produced by art.earth, an emerging force within the arts and ecology movement. art.earth has a genuine commitment to sustainable practice, to advocating and exploring what we mean by ‘sustainability’ and encouraging and supporting artists who work with ecologies and care for our planet and demonstrate this through their creative work. The art.earth website is run on servers using 100% renewable energy, and we do everything to help those who get involved in our work to behave responsibly and consider the importance of their travel.
For more information visit feedingtheinsatiable.info
BAFTA winning, Oscar Nominated Producer Chris Hees has teamed up with multi-award winning animation Director Bexie Bush to create an accessible and unique 24-set stop-motion animated film that will ignite public interest in the debate surrounding the future of energy. Supported by the Stories of Change Initiative and based at the John Smedley Factory in Lea Mills the project brings together creatives, academics and the manufacturing industry.
The evolution of film festivals, as well as multi-media platforms, has seen the power of the short form medium continue to grow and its audiences with it. Bexie as Director and Chris as producer can boast over 200 different international film festival appearances, with 60 awards won between them, and all in just a period of one year. Though these festivals vary in size, what you do have at every one of them is a captivated and interested audience who are ready to stay with and watch a story unfold, making this a fantastic platform for The Rumour Mill. The film will also be used as a tool for discussion by the Open University’s Stories of Change project and shown on the internet.
The images of the animation portray the working environment of John Smedley while The cheerfully outspoken staff at John Smedley’s factory come together to discuss the future of energy in this candid, humorous and thought provoking film, brought to life with the tactile beauty of stop-motion animation.
The extraordinary story of humans, energy and happiness, is a multi media presentation delivered by Paul Allen from CAT. The current collaboration with composer pianist Lola Perrin adds an emotional force to propel the meaning of the presentation, driving the spoken words with carefully constructed architecture.
The extraordinary story of humans and energy began over 400 million years ago with the formation of fossil fuels. For thousands of years human societies lived on their annual sunlight ration, until the discovery of fossil fuels, that had a massive effect on how we see ourselves and our relationships with our friends, family, communities and the natural world. On one hand such a transition brought us the incredible advances of medicine, science, education and entertainment. But on the other hand, we must now live with, or bury, the pain of the destruction, exploitation and capitalisation of our natural spaces and the people who inhabit them.
Although it has become a deeply pervasive source of anxiety, society has created taboos against the public expression of such anguish, leaving many paralysed, overloaded with information – sleepwalking through the shopping malls. Over time, this build-up of collective anxiety has transformed the way contemporary culture portrays our future: from an exciting new world of progress to one of darkness and uncertainty. Whenever contemporary culture looks ten or twenty years ahead, we now paint dystopia and ecological collapse.
If people can’t imagine a positive future, how will they create it? The Zero Carbon Britain project has been developed by CAT to help us to think differently. We must, of course, acknowledge that fossil fuels have enabled a fantastic transformation: fuelling the embryo of human society, much like the yolk of an egg fuels the development of the chick. But we know fossil fuels cannot go on forever, as burning them releases the massive amounts of carbon dioxide locked away when they were formed, and the peaking of conventional oil and gas supplies will also cause increasing turmoil in the economies and societies that still depend heavily on them.
The next chapter the story of humans and energy must begin now. Our tools for energy capture are now no longer limited to soil, canvas and wood; we now have an incredible array of renewable technologies that can capture enough energy from our annual sunlight ration to more than meet our global needs. The conclusion of the story of humans and energy is still unwritten, but is has become clear that our 21st century challenges can no longer be met with a 20thcentury approach, including how we think about the future!
Zero Carbon Britain – Rethinking the Future is available to download free of charge
The presentation has been delivered at: workshops at TippingPoint (x2), Barbican, Royal Opera House, Young Vic, National Theatre, Case for Optimism (x9), the book ‘playing for time’, the Radio4 afternoon theatre’s ‘Getting to Zero’, plus an on-going strategic collaboration with Arts Council Wales.
The cSPACE Trust– Active Energy
“When electricity prices prevent older people from heating their homes, and the Thames is just down the road, why aren’t we using it to power our city?” was a question posed by a member of The Geezers Club at an East London AgeUK centre. Artist Loraine Leeson first met the Geezers in 2008 through a research project on ‘democratising technology’. The group recollected developments in tidal and wave power several decades previously, which they were surprised to have seen scarcely developed. Eight years on, the project is still going strong. The group has enlisted professional engineers, investigated how turbines might function on the Thames Barrier, developed designs in a university prototyping laboratory, tested a small-scale turbine in the Thames opposite the Houses of Parliament and are currently installing a stream wheel to drive an aerator for fish in the Lower Lea. Along the way they have run renewable energy workshops for a secondary school, produced a wind-driven lightwork for an AgeUK meeting centre, convinced their sheltered accommodation provider to consider alternative sources of power for its new buildings, held exhibitions in the UK and US, contributed to university research, presented at conferences, and supported a seniors group in Pittsburgh to initiate their own project.
An important element of the project’s success is that it is led by its ‘participants’, who provide access to local experience and are pre-eminently able to engage a wider audience. The project is also grounded in arts-led creative facilitation, key to drawing out ideas and generating inspiration. While the arts cannot institute the technologies, they are an effective means of fostering new collaborations and bringing issues to public attention. The influence of Active Energy has already spread nationally and internationally and provides an ongoing model for how the arts can facilitate citizen-led innovation grounded in local knowledge.
The Deep Time Walk is a 4.6km history of the living Earth. This unfolding takes you from 4.6bn years ago to the present day, with each metre walked representing one million years. This project has engaged audiences on the south coast of Devon for the past ten years. Now, for the first time, the new Deep Time Walk App breaks away from Devon’s geographic location and enables anyone with a smartphone, anywhere in the world to experience this.
Using the power of the human body, walkers are able to gain a unique perspective of humanity’s place within deep time by listening to a narrative between a scientist and a philosopher as they travel across deep time. The final 20cm of the 4.6km walk represent 200,000 years – roughly the time during which our species, Homo sapiens, has been on Earth. In the final 1/5th of a millimetre (200 years), you witness the miniscule time that has elapsed since the start of the industrial revolution. In doing so, you start to fathom your infinitesimal and unique place in time and space, and humanity’s impact on the planet. This project enables the energy debate to be understood within the context of deep time.
We have assembled a broad and experienced team to produce the Deep Time Walk App. The scientific script is based on up-to-date knowledge gathered by renowned Devon based ecologist Dr Stephan Harding, from Schumacher College. The award-winning playwright Peter Oswald (who also lives in Devon) has written the poetic script. Our hope is that the Deep Time Walk evokes a profound shift in perspective, awakening us to our magnificent ancestry and the vitally important wisdom embedded in deep time, as we humans struggle to deal with our self-created crises of climate change, degradation of nature, and social disruption. This change of perspective requires nothing less than a profound shift in worldview. This new worldview is the fertile ground from which innovative solutions to the many crises facing humanity can grow
The Bristol Energy Tree was – and remains – a highly unusual project.
It brought together local energy educators and activists, a drugs rehabilitation charity, a local bio-mimicry sculptor and Bristol’s central science museum to create a truly cross-sectoral and highly creative public energy art piece. From start to finish the project sought to maximise social value, and bring members of the public from all walks of life into the conversation about energy, climate change, fuel poverty and renewable solutions.
Through a two year programme of work with the Bristol Drugs Project, members of the charity’s recovery programmes were trained to build DIY solar PV panels, comprised of reclaimed PV cells discarded from the industrial process. Through the workshops often marginalised citizens were invited to learn practical skills, socialise and participate in the creation of an eye-catching new energetic public art piece.
Each DIY panel formed one of 36 solar ‘leaves’ adorning the final 20ft steel Energy Tree sculpture erected in Bristol’s Millennium Square during Bristol’s Green Capital Year. The Tree stands as a testament to the radical difference of renewable power, inviting the public to engage with energy production at a human scale, entangled with natural forms: challenging the traditional, dirty, industrial and remote connotations of contemporary power generation.
You can just plug right in too, with free phone charging ports in-built to the sculpture’s design. As a now permanent feature of the At-Bristol estate, the Tree is regularly used in onsite education, such as school visits, and free public and school DIY solar PV workshops were run for 12 months after installation – with At-Bristol staff left with the skills to run more.
Every day hundreds of members of the public enjoy the Tree’s aesthetic and symbolic contribution to Bristol’s city centre, while its imagery has been used in national press and beyond to symbolise the rapid and exciting growth of UK renewables.
GENeco and Young Bristol have collaborated on a unique and exciting project to raise the community’s awareness of recycling, by producing a range of creative, eco-inspired artwork within the newly refurbished GENeco offices. The masterpieces included a large wall mural, a photography project and a bottle cap garden, all of which followed an energy-conscious theme.
Local freelance artist, Nick Halahan, conducted sessions to teach the young people the various artist techniques that were to be used. GENeco then provided site tours through its reputable Education Programme, to teach each of the youth groups and Young Bristol staff about the diverse renewable energy and recycling processes that take place. This would inspire their work as they channelled their ideas into imagery based around sustainable energy.
Coordinating this project has helped to strengthen the connection between GENeco and the local area and its young people. It has also instilled the younger generation with the importance of renewable resources on this strained planet, as they realised a range of waste streams are actually a valuable source of energy. The Youth Groups thoroughly enjoyed their involvement with the projects and engaged with all of the underlying concepts – learning a huge amount.
The project has improved the local people’s awareness of problems associated with waste disposal whilst providing them with an understanding that effective solutions are available. We hope that the young people and staff will spread the word of their involvement to their friends and families, extending the reach of our cause.
When community theatre groups were approached by Emmanuel Church in Ilfracombe to take on extensive rooms under the building as a rehearsal and performance facility, there was great enthusiasm as the town had no dedicated facility. In August 2015, volunteers formed a not-for-private-profit company, Ilfracombe Performance Space Ltd, and opened the SPACE Ilfracombe.
They soon found out was that the 118-year-old stone building was north facing and lay at the bottom of a hill, making it very cold and damp. Old gas heaters in the building had been disconnected.
Meanwhile the facility was being used by actors, dancers and performers, who froze during the winter.
The company started out with no money, so started on an urgent round of community fund raising and gratefully received funds and grants from the Methodist Church, Ilfracombe and District Lions, Ilfracombe Town Council and North Devon Council and others.
This enabled it to install infrared heaters in the main hall in January 2016 to raise the ambient temperature to a comfortable level. In September 2016 more infrared heaters in are being added to the entrance hall, kitchen and toilets. The opportunity was taken to replace old inefficient fluorescent tube lights with LED strip lighting.
Infrared heaters were selected because of their energy efficiency, both for being environmentally friendly and to keep energy consumption and costs as low as possible.
As a community-based performing arts facility, the SPACE is currently exploring ways to promote this energy-conscious approach to artists, performers, audiences and the wider community.
‘Human Sensor’ is a new artwork and performance by visual artist Kasia Molga. She created wearable costumes for performers that enabled the public to ‘see’ how air pollution is affecting our cities. The dancers wore the costumes that were programmed with the air pollution data each day. Changes in pollutants together with sensors on the wearers breathing made the wearable’s change colour.
‘Human Sensor’ was commissioned and produced by art and environmental organisation Invisible Dust and Manchester European City of Science July 2016.
Excitingly ‘Human Sensor’ was shown on the Manchester Arndale Centre media screen where the public could interact with the performance through tweets and photos. Thousands of people viewed the street performance live at different times of the day showing how the commute affects our air.
Molga worked closely with air pollution scientist Professor Frank Kelly, King’s College London to develop the technology.
Invisible Dust created a paid training programme for graduates where they learnt about the art, science and technology of ‘Human Sensor’. They then helped on social media, information and education workshops.
The legacy is a raised consciousness of air pollution for firstly Manchester and internationally (see press). During the talks participants talked about organising a new Manchester clean air campaign. Also the generation of new skills and commitment to environment of the young trainees.
The wearable technology that Molga has created is unique and has international importance. The Press included The Guardian, BBC, The Washington Post, French TV, Metro International, Nature magazine and London Evening Standard
Ancient Sunlight – Stories From The Oil Age is a beautiful, hardback book. In it, across multiple different paper types, are a collection of “books”: The Books of Food, Technology, Love, Leadership, Justice and a blank Book of Me (as an invitation to readers to consider their own stories from the Oil Age).
The book is co-authored by 281 young people who worked with artists to explore the Oil Age, what they take for granted and what a future without oil might hold.
Each book is different in form, led by a different artist across 7 schools and 2 libraries, and is a genuine co-authorship between the collaborators who have produced poetry, prose, printmaking, and a play.
We have produced a limited edition run of 500 hand sewn, hardback books for the participants and public to buy.
The book captures the thinking of the 281 young people and their teachers and families about their place in the world, and some of the world’s greatest challenges. And presents it in an accessible and poetic manner available for sale to the public. We know it has influenced participants’ GCSE submissions.
As a nod to the mediaeval collection of literature The Exeter Book (considered as important as the Doomsday Book), Ancient Sunlight is a collection of stories of now. We hope that in 100 years readers will hear the voices of today’s young people of Exeter facing the challenges of the time with hope.
The Land Art Generator Initiative has transformed the engagement of the creative sector with renewable energy over the past seven years. Artist, designer and architect involvement with renewables was largely characterised by small scale community projects and the LAGI Open Competitions starting in the UAE in 2010 have dramatically altered our understanding of the possibilities. The open-access portfolio exceeds 800 concepts across a wide range of contexts (Parkland, Landfill Site, Brownfield, City Centre, Shoreline) involving not only wind and solar but bio, wave and tidal and the many exhibitions have profiled this for audiences internationally. LAGI asks creative practices to put renewables at the heart of place-making with the intention of achieving social change reimagining how we live with energy generation in the heart of our communities.
Other initiatives include Youth Camps and Competitions, including in Pittsburgh 2015 with young people of colour in a disadvantaged community who participated in visits to a wide range of energy production sites, ‘design studio’ activities and resulted in a new built feature in the community incorporating renewables.
Working with LAGI in Glasgow we have been able engage a large part of the creative community and developed three new approaches to the LAGI concept for a regeneration site in the heart of the city. This was exhibited in the Scottish Centre for Architecture and Design. We are currently moving into detailed design for the LAGI Glasgow project. LAGI is a major creative contributor to the transition to a low carbon economy
The Sol Cinema is a unique mobile movie theatre powered entirely by solar energy.
We tour all over the UK with smartly dressed usherettes, red carpet, inspiring films and of course popcorn. We perform each year at Glastonbury festival and other major and minor events. We educate people about the use of solar through an entertaining and engaging way.
We recently hosted the Welsh Rugby team for BBC sports. We put solar directly in front of people who would not necessarily be thinking about its uses.
We perform on High streets, on beaches, fields in all weather. Our usherettes show people into the cinema and when everyone is seated comfortably, she explains about how the cinema is entirely powered by the Sun. People are always amazed to discover just how possible it all is to use the power of the Sun.
Our award winning cinema then grants audiences a wonderfully unique experience for short films. Many of the films explore sustainable living and renewable energy.
The Sol Cinema has generated a lof ot TV, radio and national newspaper coverage. All the articles publicise the fact that our cinema is entirely solar powered. We have demonstrated to thousands of people how a simple solar system can power laptops, sound systems, video projector and lights.
Sol Cinema has performed all over the UK. We have generated local and national media coverage which always highlights our renewable energy aspect. The BBC have even headlined us as the ‘Worlds’s smallest solar powered cinema’.
We have shown that it is possible for anyone to bring renewables into their own life in which ever style or size they want.
The Stories of Change project has collaborated with arts practitioners to widen and re-energise the debate around energy and climate change, using creative practices to give a voice to communities seldom heard in energy debates. This application is based on three initiatives run as part of the AHRC-funded 2016 Utopias Fair.
LONDON: Working with fanSHEN theatre company and a team of young Londoners we developed and ran Model London workshops at London’s City Hall and Somerset House to encourage Utopian thinking around the future of energy systems. Participants modelled their ‘energy utopia’ with large quantities of Lego, Plasticine and building blocks.
ENGLISH MIDLANDS: Utopia Works transformed Derby Silk Mill Museum back into a factory for the day. Our ‘energy hack’ saw diverse participants working in or with industry take part in wordsmithing, letterpress printing, photobooth, archive and prototyping workshops. The creative making processes enabled discussion and shifts in thinking on the future of energy and industry.
SOUTH WALES: With community partners, we staged a three-day Energy Utopia festival at Ynysybwl comprising a Story Studio, showcasing community-generated creative material, where people shared energy stories, bookended by a Village Voices concert with artists and performers responding to the theme of energy and an open-air premiere around a fire-pit of Louise Osborn’s Play for Voices based on stories from our communities.
These activities were designed to create legacies: for participants; for physical and digital audiences; and by feeding into our forthcoming workshops with leading players, to inform the future of UK energy policy.
Emily Hinshelwood is a poet, creative writing teacher and community energy supporter. She was commissioned by the University of South Wales, as part of the Stories of Change project –https://storieseverydaylives.wordpress.com/2016/04/19/windywhirly-things-book-launch/ – to engage the small community of Tairgwaith in South West Wales in creative writing activity to explore issues of shifts in energy consumption and production.
Working closely with the research team at the University of South Wales, Emily delivered a range of creative workshops at the local community centre, attracting people who had never written anything before and sparking a wide interest in the issues around energy.
The sessions enabled local people to share stories and write about their experiences, thoughts and feelings related to the impact of energy shifts on themselves, their families and their local community. The writing produced was published in an anthology : “Windy Whirly Things”, which was distributed throughout the village and has been taken across Wales, the UK and beyond as part of the Stories of Change research programme. There was a very well attended community event held to launch the book, where workshop participants read extracts of their work to a very engaged audience.
The book will be part of an event to be held at the Senedd (National Assembly for Wales) in Cardiff Bay early 2017, when politicians and policy makers will come together with artists and members of the public to share the findings of the project – the book has also been circulated amongst academics and the public at several events across the UK.
Midsummer Feast with its core theme of energy took place in June and early July 2016, celebrating the meeting-point between arts and energy. The participatory arts and cultural activities included community workshops, performances, exhibitions and associated activities across the media of creative writing, theatre and visual arts and film. Together formed a festival exploring the fun and inspiring aspects of energy. 7 artists received paid work. 21 volunteers were involved. 444 people took part in a creative activity. 3667 people watched or experienced a creative event. Midsummer Feast was aimed to be of interest to our whole Wadebridge community – it sought to produce work which would be quality, empathic and fun. The energy theme was purposely left wide open so that people could bring their own ideas to it – and this worked well..
Midsummer Feast bought about the creation of a community theatre group who are planning future events. One individual from the writing workshops was empowered to take the lead on running another such event in the future. Three of the artists who collaborated in Midsummer Feast are discussing a future collaboration. Approximately 60 people have indicated that they will take part in such activities in the future – taking part in a play; writing and performing their work; showing as part of an exhibition.
The significance of the project locally, regionally and nationally is that it demonstrates how to engage, by using a variety of creative and artistic strands, a broad spectrum of a community in thinking often in a novel way about all aspects of energy
Overview The “Science of Light” installation in the main stairwell of the school merges the ancient art of stained glass with cutting edge technology to produce a transformative window wall. It gathers energy from sunlight in a visible and interactive way – as solar energy is gathered a glass spiral located in the stairwell is illuminated.
Goals In an elementary school specifically designed with various green features the intention in the window wall was to demonstrate renewable energy in an imaginative and beautiful context. By creating a positive school environment we felt this communicated a message of hope. The artwork was designed to delight, to teach, and to inspire. Delight coming from the transformation of sunlight into patterns and colors throughout the stairwell – and visible energy showcased in the LED lighting fixture. Inspiration and the teaching is accomplished through the innovative use of the solar cells embedded into the windows – offering an ongoing lesson in science, ecology, and the positive use of technology.
Process The project was initiated by DOWA Portland architects Barry Deister and Keith Johnson who were designing a public elementary school which showcased green technologies. There was a roof garden, windmills, a community garden and they wanted a highly visible “teaching” project regarding solar. An international collaboration between myself (the artist), the school board, a community group, the architects, a solar engineer and a German glass fabricator brought this project into reality. After preliminary meetings with all of the above I began design work to encompass the main stairwell of the building. Embedded in two panels are arrays of photovoltaic cells (thin silicon and metal squares that convert light into electricity). The energy is taken directly from the solar cells by the highly visible orange cord to a LED lighting fixture I designed for the stairwell. When the sun is shining the light is on. Christof Erban, an electrical and solar engineer, determined the design of the array. Once the design was finalized, I collaborated with Glasmalerei Peters GmbH in Germany to fabricate the painted and laminated art glass panels.
Additional In addition to the solar cells I used a grid pattern of laminated dichroic glass to enhance reflectivity and colour projection in the stairwell. This creates an ever-changing flood of colour in the main stairwell throughout the day and in every season. Under the main landing a sitting area was made for children, parents and staff to enjoy the transformative colour and light.