Друзья, мы решили познакомить Вас с LAGI, невероятным международным конкурсом, который не только привносит больше красоты в наш мир, но и создает устойчивые возможности для энергетики будущего. Land Art Generator Initiative обеспечивает платформу для художников, архитекторов, ландшафтных архитекторов и других творческих мастеров, и объединяет их с инженерами и учеными, чтобы создавать решения для устойчивых энергетических инфраструктур, которые украшают город в качестве произведений общественного искусства, обеспечивая, в то же время производство чистой энергии для тысяч домов. Один раз в два года творческие инноваторы со всего мира объединяются, чтобы в рамках конкурса предложить свои уникальные решения по энергетике для городов будущего.

 

18″ – Мельбурн – Ждём результаты 

16″ – Санта Моника, LA 

Прибрежная энергетика, очистка воды

Regatta H2O

Christopher Sjoberg, Ryo Saito

Team Location:

Tokyo, Japan

Energy Technology:

Aerostatic Flutter Wind Harvesting (WindBelt™)

Water Technology:

Fog Harvesting

Annual Capacity:

70 MWh (used on site) and 112 million liters of drinking water

Cetacea

Keegan Oneal, Sean Link, Caitlin Vanhauer, Colin Poranski

Team Location:

Eugene, OR USA

Energy Technology:

wave energy converter with linear alternator, Windbelt™, photovoltaic panels

Water Harvesting Technology:

high efficiency reverse osmosis (HERO™ by Aquatech) for stormwater runoff treatment

Annual Capacity:

4,300 MWh (80% used to offset the energy demand of existing SMURRF facility and power HERO™ system

650 million liters of drinking water

Paper Boats

Christopher Makrinos, Stephen Makrinos, Alexander Bishop

Team Location:

Pittsburgh, USA

Energy Technology:

concentrated photovoltaic (CPV), reflectors, Holographic Planar Concentrator™

(HPC) technology developed by Prism Solar Technologies

Annual Capacity:

2,400 MWh

The Clear Orb

Jaesik Lim, Ahyoung Lee, Jaeyeol Kim, Taegu Lim

Team Location:

Seoul, South Korea

Energy Technology:

transparent luminescent solar concentrators, oscillating water column (OWC) wave energy converter

Water Harvesting Technology:

solar distillation

Annual Capacity:

3,820 MWh and 2.2 million liters of drinking water

Horizon Lines: the transparency of energy

Rebecca Borowiecki

Team Location:

Boulder, USA

Energy Technology:

Transparent Solar Cell by Onyx Solar®

Annual Capacity:

625 MWh

The Pipe

Abdolaziz Khalili, Puya Kalili, Laleh Javaheri, Iman Khalili, Kathy Kiany (Khalili Engineers)

Team Location:

Vancouver, Canada

Energy Technology:

Photovoltaic Panels

Water Technology:

Electromagnetic Desalination

Annual Capacity:

10,000 MWh to generate 4.5 billion liters of drinking water

Aurora

Daniel Martin de los Rios, Fran Vilar Navarro (Pistach Office)

Team Location:

Rotterdam, The Netherlands

Energy Technology:

Tidal Turbine (similar to Open-Centre Turbine by OpenHydro™), SALt™ (Sustainable Alternative Lighting)

Water Technology:

Solar Distillation (brine waste powers site lighting

Annual Capacity:

30,000 MWh and 100 million liters of drinking water

Big Beach Balloon

Matt Kuser

Team Location:

Carmel, USA

Energy Technology:

Thin Film Photovoltaic

Annual Capacity:

300 MWh

Catching the Wave

Christina Vannelli, Liz Davidson, Matthew Madigan

Team Location:

Hamilton, Ontario Canada

Energy Technology:

Point Absorber Wave Energy Converter (similar to CETO™ by Carnegie Wave Energy)

Annual Capacity:

16,000 MWh

Cnidaria Halitus

John Eric Chung, Pablo La Roche, Danxi Zou, Jingyan Zhang, Tianyi Deng (CallisonRTKL)

Team Location:

Los Angeles, USA

Energy Technology:

Tidal Turbines (100% of energy used to pump water for distillation)

Water Technology:

Solar Distillation with Fresnel lens

Annual Capacity:

220 million liters of drinking water

Breakwater Make Water

Elizabeth Anne Case

Team Location:

Wallingford, UK

 

Energy Technology:

point absorber wave energy converter (similar to Ocean Power Technologies™)

Water Technology:

fog harvesting (similar to FogQuest™)

Annual Capacity:

400 MWh, 13 million liters of drinking water

Kinetic Manifesto

Gauthier Durey, Eric Reid (Vagabond Atelier)

Team Location:

Oslo, Norway

Energy Technology:

kinetic wave energy converter, thin-film photovoltaic

Water Technology:

reverse osmosis desalination

Annual Capacity:

6 million liters of drinking water

Subsurface

Ethan Stanley, Veronica Magner, Emmanuel Eshun

Team Location:

Philadelphia (PA), USA

Energy Technology:

point absorber wave energy converter

Annual Capacity:

15,000 MWh (less energy used for lights)

The Ocean Still: Lagrimas de Santa Monica

Courtney A. Goode, Michelle Arevalos Franco, Helen E. Kongsgaard, Stephanie Hsia, Nuith Morales

Team Location:

Boston (MA), USA

Water Technology:

solar distillation

Annual Capacity:

9 million liters of drinking water

Sun Towers

John Perry, Matteo Melioli, Ramone Dixon, Terie Harrison, Kristina Butkute (BLDA Architects), Tom Kordel,

Team Location:

London, UK

Energy Technology:

photovoltaic panels, point absorber wave energy converter, tidal turbine

Water Technology:

solar distillation, reverse osmosis desalination

Annual Capacity:

4,000 MWh, 110 million liters of drinking water

Weightless Balloons

Aitor Almaraz, Sonia Vázquez-Díaz

Team Location:

A Coruna, Spain

Energy Technology:

wind harvesting (similar to MARS™, Magenn Air Rotor System), point absorber wave energy converter

Annual Capacity:

2,000 MWh

Big Balls

Jose Carlos de Silva, Leonardo de Silva, Rodrigo Marquez, Mateu-Puchades

Team Location:

Malmö, Sweden

Energy Technology:

point absorber wave energy converter

Water Technology:

solar distillation

Annual Capacity:

15,000 MWh, 14 million liters of drinking water

The Flying Steelhead of Santa Monica

Winfield Scott Balcom, Adom Balcom

Team Location:

Ashland (OR), USA

Energy Technology:

custom wind-driven generators (using recycled bicycle and car parts)

Annual Capacity:

50 MWh per fish (36 fish = 1,800 MWh)

RING GARDEN

Alexandru Predonu 

Team Location:

Bucharest, Romania

Energy Technology:

photovoltaic panels, algae bioreactor

Water Harvesting Technology:

solar powered osmotic desalination (with waste brine used to culture algae for livestock feed)

Annual Capacity:

440 MWh (100% goes to power desalination processes and rotate the Ring Garden)

60 million liters of drinking water (40 million liters goes to agricultural production)

18,000 kg of aeroponic crop yield (conserves 331 million gallons of water)

5,000 kg of spirulina biomass for livestock feed

2000 Lighthouses Over the Sea

Louis Joanne, Anaelle Toquet Etesse, Elba Adriana Bravo, Maria Rojas Alcazar, Ronan Audebert

Team Location:

Guadalajara, Mexico

Energy Technology:

Point Absorber Buoy Wave Energy Converter

Annual Capacity:

4,000 MWh

Flowerpops

Augusto Audissoni, Silvia Cama, [zerozone], Elisabetta Lo Grasso, Elisa Tozzi, Nicolò Mossink

Team Location:

Genoa, Italy

Energy Technology:

Vortex Bladeless™ Wind Turbine, Thin Film Solar (similar to AltaDevices™), Point Absorber Buoy Wave Energy Converter

Annual Capacity:

13,000 MWh

Noctilucales

Ricardo Avella, Andrés Tabora, Michael Henriksen, Carla Betancourt, Silvia Mercader, Laura Vera, Oriana De Lucia, Martin Von Bülow, Laura

Vivas, Miguel Rosas (representing: Tabora + Tabora Landscape Architecture, ATA avella taller de arquitectura, WavePiston)

Team Location:

Caracas, Venezuela

Energy Technology:

wave energy converter (by WavePistonTM)

Water Harvesting Technology:

reverse osmosis desalination

Annual Capacity:

4,200 MWh, less the energy used for desalination (up to 14 million liters per year)

Light Drop

Antonio Maccá, Flavio Masi

Team Location:

Padova, Italy

Energy Technology:

semitransparent photovoltaic panels, tidal power pumps

Water Harvesting Technology:

reverse osmosis desalination

Annual Capacity:

3.5 billion liters of drinking water from solar and tidal energy

WAKE UP

Henry Moll, Mary Carroll-Coelho

Team Location:

Philadelphia, USA

Energy Technology:

Wave Energy Converter (similar to “Salter’s Duck” invented in the 1970s by Steven Salter)

Annual Capacity:

1,400 MWh

14″ – Копенгаген

Генерация энергии

Solar Hourglass

Santiago Muros Cortés

Energy Technologies:

concentrated solar power (thermal beam-down tower with heliostats)

Annual Capacity:

7,500 MWh

Quiver

Mateusz Góra, Agata Gryszkiewicz

Team Location:

Warsaw, Poland

Energy Technology:

biofuel, aeroelastic flutter (WindbeltTM)

Annual Capacity:

550 MWh (223 MWh bio, 327 MWh WindbeltTM)

eMotions:  Energy Motions and Art Emotions

Antonio Maccà, Flavio Masi

Team Location:

Padova, Italy

Energy Technology:

photovoltaic panels, micro-scale vertical axis wind turbines (VAWT) and horizontal axis wind turbines (HAWT), stacked ceramic multilayer actuators, piezoelectric wind energy systems

Annual Capacity:

2,000 MWh

Energy Duck

Hareth Pochee, Adam Khan, Louis Leger, Patrick Fryer

Energy Technologies:

photovoltaic panels, hydraulic turbines

Annual Capacity:

400 MWh

Beyond the Wave

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

Windshape

Manon Robert, Martin Le Carboulec, Marc Antoine Galup

Team Location:

Seoul, South Korea

Energy Technology:

piezoelectric fabric, rotating electromagnetic generators

Annual Capacity:

750 MWh

Echo of Wind: Visualizing the Beauty of Wind Patterns

Mathias Bank Stigsen, Olga Krukovskaya

Team Location:

Copenhagen, Denmark

Energy Technology:

elastomeric piezoelectric toroids

Annual Capacity:

700 MWh

Golden Roots

Ronny Zschörper, Franziska Adler

Energy Technologies:

biomass, piezoelectric paving

Annual Capacity:

52 MWh

Balance / Imbalance

Hideaki Nishimura

Energy Technologies:

Buoy-type wave converter with Electroactive Polymer Artificial Muscle

Sphelar® photovoltaic, piezoelectric films

Annual Capacity:

720 MWh

Onshore Power

Han Bao, Feng Xu

Team Location:

Melbourne, Australia

Energy Technology:

wind-driven hydraulic cylinder generators

Annual Capacity:

3,500 MWh

Regatta Fields

Riccardo Mariano, Salvatore Maraniello

Team Location:

Berlin, Germany

Energy Technology:

vertical axis wind turbines, Pavegen™ pavers

Annual Capacity:

500 MWh

Oscillating Platforms

Felix Cheong

Team Location:

Toronto, Canada

Energy Technology:

wind sails, oscillating water column, Wells turbine

Annual Capacity:

34,000 MWh

A Place for a Chocolate Ice Cream

Juan David Ramirez, Diana Marcela Manrique, Bao Bao Huan, Rasmus Johansen

Team Location:

Cali, Colombia

Energy Technology:

photovoltaic panels

Annual Capacity:

3,500 MWh

Super Cloud

Lucas Jarry, Rita Serra e Silva, Lucas Guyon, Marianne Ullmann

Team Location:

Prague, Czech Republic

Energy Technology:

piezoelectric discs

Annual Capacity:

2,487 MWh

– NYC Freshkills Park

– Dubai & Abu Dhabi

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