Solar Hourglass, 1st Place Winner LAGI 2014 Copenhagen
Santiago Muros Cortés
Energy Technologies: concentrated solar power (thermal beam-down tower with heliostats)
Annual Capacity: 7,500 MWh
Light Up, 1st Place Winner, LAGI 2018 Melbourne
Martin Heide, Dean Boothroyd, Emily Van Monger, David Allouf, Takasumi Inoue, Liam Oxlade, Michael Strack, Richard Le (NH Architecture);
Mike Rainbow, Jan Talacko (Ark Resources); John Bahoric (John Bahoric Design); Bryan Chung, Chea Yuen Yeow Chong,
Anna Lee, Amelie Noren (RMIT Architecture Students)
Energy Technologies: flexible mono-crystalline silicon photovoltaic, wind energy harvesting, microbial fuel cells
Annual Capacity: 2,220 MWh
Lodgers, top submission to LAGI 2020 Fly Ranch
By Zhicheng Xu and Mengqi Moon He
brings together composting toilets, reclaimed timber waste, traditional thatching methods using local materials, computational
script-generated parametric design, and native species shelters to provide an environmental education venue, soil replenishment,
sustainable waste management, and habitat enrichment for Fly Ranch
Nest, a submission to LAGI 2019 Abu Dhabi
By Robert Flottemesch
Energy Technologies: mono-crystalline bifacial PERC solar modules
Annual Capacity: 6,633 MWh
The Clear Orb, Shortlisted Submission, LAGI 2016 Santa Monica
Artist Team: Jaesik Lim, Ahyoung Lee, Jaeyeol Kim, Taegu Lim (Heerim Architects & Planners)
Energy Technologies: transparent luminescent solar concentrators, oscillating water column (OWC) wave energy converter
Water Harvesting Technologies: solar distillation
Annual Capacity: 3,820 MWh and 2.2 million liters of drinking water
The Pipe, Shortlisted Submission, LAGI 2016 Santa Monica
Abdolaziz Khalili, Puya Kalili, Laleh Javaheri, Iman Khalili, Kathy Kiany (Khalili Engineers)
Energy Technologies: Photovoltaic Panels
Water Harvesting Technologies: Electromagnetic Desalination
Annual Capacity: 10,000 MWh to generate 4.5 billion liters of drinking water
Beyond the Wave, a submission to LAGI 2014 Copenhagen
Jaesik Lim, Ahyoung Lee, Sunpil Choi, Dohyoung Kim, Hoeyoung Jung, Jaeyeol Kim, Hansaem Kim (Heerim Architects & Planners)
Energy Technologies: organic thin film
Annual Capacity: 4,229 MWh
Windstalk, 2nd Place Winner LAGI 2010 Dubai/Abu Dhabi
Darío Núñez Ameni and Thomas Siegl, with Atelier dna
Energy Technologies: piezoelectric discs, linear alternator
Annual Capacity: 20,000 MWh
LAGI 2010 exhibition at the World Future Energy Summit
United Nations Secretary General Ban Ki-Moon visits the first exhibition of designs submitted to the biennial LAGI design competition.
His guide was overheard explaining to him that "renewable energy can be beautiful." Photo by Roger White.
Thank you to Masdar for supporting LAGI 2010.
Energy Duck, a submission to LAGI 2014 Copenhagen
Hareth Pochee, Adam Khan, Louis Leger, Patrick Fryer
Energy Technologies: photovoltaic panels, hydraulic turbines
Annual Capacity: 400 MWh
Light Sanctuary, a submission to LAGI 2010 Dubai/Abu Dhabi
Martina Decker and Peter Yeadon
Energy Technologies: organic thin film
Annual Capacity: 4,500 MWh
Golden Roots, a submission to LAGI 2014 Copenhagen
Ronny Zschörper, Franziska Adler
Energy Technologies: biomass, piezoelectric paving
Annual Capacity: 52 MWh
Balance / Imbalance, a submission to LAGI 2014 Copenhagen
Hideaki Nishimura
Energy Technologies: Buoy-type wave converter with Electroactive Polymer Artificial Muscle
Sphelar® photovoltaic, piezoelectric films
Annual Capacity: 720 MWh
Solar Eco System, a submission to LAGI 2010 Dubai/Abu Dhabi
Antonio Maccà, Flavio Masi
Energy Technologies: photovoltaic panels
Annual Capacity: 1,000 MWh
Fresh Hills, 2nd Place Winner LAGI 2012 NYC (Freshkills Park)
Matthew Rosenberg; Structural Engineering Consultant: Matt Melnyk; Production Assistants: Emmy Maruta, Robbie Eleazer
Energy Technologies: WindTamerTM, Carbon Dioxide Scrubber, SmartWrapTM
Annual Capacity: 238 MWh
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LAGI Open Call Competitions
The free and open LAGI international design competition provides an opportunity for creative minds around the world to reflect on the nature of energy infrastructures and what they can aspire to be in their built form. How can they integrate themselves into our cities in ways that enhance public space, educate, and inspire?
The thousands of global participants have made the project successful by presenting to the world over a thousand unique positive visions of our clean energy future.
Explore the competition pages for details about the unique sites, submissions, competition winners, partners, supporters, and more.
The design brief for the LAGI design competition contains the following baseline requirements—the artwork is to capture energy from nature, cleanly convert it into electricity, and transform and transmit the electrical power to a grid connection point to be supplied by the city. Consideration could be made for the safety of the viewing public and for the educational activities that may occur on site. The design should be constructible (rather than theoretical), and it must respect the natural ecosystem of the design sites.