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Land Art Generator Initiative (LAGI)
@landartgenerator.bsky.social
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LAGI is accelerating the energy transition by engaging the public in the co-design of our clean energy future—bringing together the disciplines of public art, urban planning, design, renewable energy, and environmental justice. https://landartgenerator.org
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“How to Power a 2.2 GW A.I. Data Center with Solar Wind & Batteries Alone”

The image shows how we can build the solar, wind, and battery capacity to supply reliable power 24/7/365 to a mega project like Amazon’s Project Rainier in northern Indiana.
“How to Power a 2.2 GW A.I. Data Center with Solar Wind & Batteries Alone,” an information graphic by the Land Art Generator Initiative. The image shows the land area that would be required to build out the 11.5 GW of solar and wind nameplate capacity to supply reliable power to Amazon’s Project Rainier, the 2.2 GW data center in northern Indiana.
December 17, 2025 at 2:10 PM
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Both of the competition stage-one winning designers, Young Kang and Alberto Roncelli, will be there to meet you and talk about their projects, "Ligavatuvuce" and "The O" respectively, which they are in the process of prototyping in Suva.
Left: The O — a winning submission by Alberto Roncelli (Denmark) — incorporates solar photovoltaic and rainwater harvesting to produce 150 MWh of electricity and 1.2 million liters of filtered water each year. A submission to LAGI 2025 Fiji, held in collaboration with the Village of Marou. Right: Ligavatuvuce (Hands that Offer and Uplift) — a winning submission by Young Kang (United Arab Emirates and Australia) — incorporates solar photovoltaic, rainwater harvesting with biofiltration, and gravity-fed distribution to produce 120 MWh of electricity and 4.5 million liters of filtered water each year. A submission to LAGI 2025 Fiji, held in collaboration with the Village of Marou.
November 5, 2025 at 8:54 PM
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🌞🌴Bula Vinaka! Please join us tonight at 6PM at Fiji Arts Council for a celebration of beautiful renewable energy. You will discover dozens of innovative ideas for how to weave energy into community for climate resilience. 🌏✨
Photo of Fiji Arts Council and the LAGI 2025 Fiji banner on the fence along Victoria Parade in Suva. Palm trees sway above the yellow building in a blue sky with light wispy clouds. Books prepared to give as gifts with yellow ribbon and note cards. "Climate Art: Powering Island Communities in the 21st Century"
November 5, 2025 at 8:54 PM
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The tensegrity structure — a dynamic web of steel cables and prefabricated modular frames — minimizes material use while maximizing resilience. Anchored lightly to the landscape, the structure resists heavy winds through pre-tensioned cabling and aerodynamic porosity.
"Mangrove Bridge," a submission to LAGI 2025 Fiji by Zhida WU and Qihong Wang (China) incorporates solar photovoltaic, battery storage, rainwater harvesting, and solar distillation to produce 120 MWh of electricity and 4 million liters of filtered water each year.
September 29, 2025 at 5:51 PM
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Stretching like a living root system between the mountains and sea, the tensegrity structure captures light and harvests rain. Inspired by the geometries of mangrove roots, this biomimetic installation is a corridor that carries power, water, and people above while restoring ecological flows below.
"Mangrove Bridge," a submission to LAGI 2025 Fiji by Zhida WU and Qihong Wang (China) incorporates solar photovoltaic, battery storage, rainwater harvesting, and solar distillation to produce 120 MWh of electricity and 4 million liters of filtered water each year.
September 29, 2025 at 5:51 PM
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⚡💚"Mangrove Bridge," by Zhida WU and Qihong Wang (China) incorporates solar photovoltaic, battery storage, rainwater harvesting, and solar distillation to produce 120 MWh of electricity and 4 million liters of filtered water each year. 🌟🌴 lagi2025fiji.org
"Mangrove Bridge," a submission to LAGI 2025 Fiji by Zhida WU and Qihong Wang (China) incorporates solar photovoltaic, battery storage, rainwater harvesting, and solar distillation to produce 120 MWh of electricity and 4 million liters of filtered water each year. "Mangrove Bridge," a submission to LAGI 2025 Fiji by Zhida WU and Qihong Wang (China) incorporates solar photovoltaic, battery storage, rainwater harvesting, and solar distillation to produce 120 MWh of electricity and 4 million liters of filtered water each year.
September 29, 2025 at 5:51 PM
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Each Energy Tree is made of three layers: photovoltaic panels above, a glass-enclosed solar still at the center, and a rainwater harvesting tank below. Together, these layers form a vertically integrated system that draws energy from the sun and collects and purifies water.
Section diagram of function: "Energy Forest," by Peng Chang, Cong Chen, and Ruojing Yuan incorporates solar PV, battery storage, thermal water distillation, and rainwater harvesting to produce 147 MWh of electricity 327,000 liters of distilled water, and 542,000 liters filtered rainwater each year.
September 29, 2025 at 5:39 PM
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"Energy Forest" reimagines essential infrastructure as a living canopy that generates electricity, produce clean water, and create spaces for shade, gathering, and resilience. Designed for modular deployment, the system grows organically with the needs of the village.
Diagram of component parts: "Energy Forest," by Peng Chang, Cong Chen, and Ruojing Yuan incorporates solar PV, battery storage, thermal water distillation, and rainwater harvesting to produce 147 MWh of electricity 327,000 liters of distilled water, and 542,000 liters filtered rainwater each year.
September 29, 2025 at 5:39 PM
landartgenerator.bsky.social
⚡💦 "Energy Forest," by Peng Chang, Cong Chen, and Ruojing Yuan incorporates solar PV, battery storage, thermal water distillation, and rainwater harvesting to produce 147 MWh of electricity 327,000 liters of distilled water, and 542,000 liters filtered rainwater each year. 🌟🌴 lagi2025fiji.org
Aerial View: "Energy Forest," a submission to LAGI 2025 Fiji by Peng Chang, Cong Chen, and Ruojing Yuan (China) incorporates solar photovoltaic, battery storage, integrated thermal water distillation, and rainwater harvesting to produce 147 MWh of electricity 327,000 liters of distilled water, and 542,000 liters filtered rainwater each year.🌟🌴 Ground level view: ⚡💦 "Energy Forest," a submission to LAGI 2025 Fiji by Peng Chang, Cong Chen, and Ruojing Yuan (China) incorporates solar photovoltaic, battery storage, integrated thermal water distillation, and rainwater harvesting to produce 147 MWh of electricity 327,000 liters of distilled water, and 542,000 liters filtered rainwater each year.🌟🌴
September 29, 2025 at 5:39 PM
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⚡💦 "Solar Waves" by Antonio Maccà (Italy) incorporates solar photovoltaic (similar to Solaxess), battery storage, and rainwater harvesting to produce 120 MWh of electricity and 300,000 liters of filtered water each year.🌟🌊
⚡💦 "Solar Waves," a submission to LAGI 2025 Fiji by Antonio Maccà (Italy) incorporates solar photovoltaic, battery storage, and rainwater harvesting to produce 120 MWh of electricity and 300,000 liters of filtered water each year.🌟🌊 "Solar Waves" rises from the Earth like the sea itself — three-dimensional solar sculptures shaped by wind and water, capturing light by day and glowing softly at night. Inspired by the ocean swells surrounding Naviti Island, the artwork transforms waveforms into active, inhabitable infrastructure — gathering sun, channeling rain, and offering shelter from heat and storms. Each sculpture is a curved, aerodynamic shell that blends into the terrain. Sloping white metal surfaces support photovoltaic arrays designed to conceal their technological function beneath a custom high-transmittance nano-film. These crests fold into the land, creating public spaces where the community can meet, rest, and reflect. Like waves frozen mid-motion, they suggest both power and calm. 🔧🌏✨ The Village of Marou, in partnership with the Land Art Generator Initiative (LAGI), is pleased to present these featured solutions from the LAGI 2025 Fiji design competition — artworks in the landscape that generate clean energy and water while reflecting the vision of Marou residents for a sustainable future rooted in place, culture, and resilience. ⚡💧🌴 LAGI 2025 Fiji is delivered in collaboration with the Fiji Department of Energy, Fiji Rural Electrification Fund, and Tourism Fiji, supporting national goals for clean energy, community empowerment, and climate adaptation. ⚡💦 "Solar Waves," a submission to LAGI 2025 Fiji by Antonio Maccà (Italy) incorporates solar photovoltaic, battery storage, and rainwater harvesting to produce 120 MWh of electricity and 300,000 liters of filtered water each year.🌟🌊 "Solar Waves" rises from the Earth like the sea itself — three-dimensional solar sculptures shaped by wind and water, capturing light by day and glowing softly at night. Inspired by the ocean swells surrounding Naviti Island, the artwork transforms waveforms into active, inhabitable infrastructure — gathering sun, channeling rain, and offering shelter from heat and storms. Each sculpture is a curved, aerodynamic shell that blends into the terrain. Sloping white metal surfaces support photovoltaic arrays designed to conceal their technological function beneath a custom high-transmittance nano-film. These crests fold into the land, creating public spaces where the community can meet, rest, and reflect. Like waves frozen mid-motion, they suggest both power and calm. 🔧🌏✨ The Village of Marou, in partnership with the Land Art Generator Initiative (LAGI), is pleased to present these featured solutions from the LAGI 2025 Fiji design competition — artworks in the landscape that generate clean energy and water while reflecting the vision of Marou residents for a sustainable future rooted in place, culture, and resilience. ⚡💧🌴 LAGI 2025 Fiji is delivered in collaboration with the Fiji Department of Energy, Fiji Rural Electrification Fund, and Tourism Fiji, supporting national goals for clean energy, community empowerment, and climate adaptation.
September 3, 2025 at 3:15 PM
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⚡💦 "SigaWai Canopy Park" by Jie Zhao, I-Shan Tam, Yan (Jennifer) Zeng, and Liang Ma (United States) incorporates solar photovoltaic, hybrid battery and ice storage, rainwater harvesting, and wetland filtration to produce 135 MWh electricity and one million liters of filtered water each year.🌟🌴
⚡💦 "SigaWai Canopy Park," a submission to LAGI 2025 Fiji by Jie Zhao, I-Shan Tam, Yan (Jennifer) Zeng, and Liang Ma (United States) incorporates solar photovoltaic, hybrid battery and ice storage, rainwater harvesting, and wetland filtration to produce 135 MWh electricity and one million liters of filtered water each year.🌟🌴 Named from the Fijian words siga (sun) and wai (water), "SigaWai Canopy Park" embodies the union of light, water, and land in service of climate resilience. This community infrastructure project weaves renewable energy and ecological design into a modular, low-cost canopy system and sponge park — providing power, potable water, flood control, and public gathering space for Marou Village. Each module integrates 18 solar modules, each with a 5.7 kW capacity, for a total of 86 kW across the site. Electricity is stored through a lithium iron phosphate battery array and an insulated ice battery system, which maintains refrigeration through nights and overcast days. Smart controls automate performance monitoring and energy distribution. The canopy, made of recycled sailcloth and bamboo, is collapsible for cyclone conditions and provides shade for social activities and cultural gatherings. 🔧🌏✨ The Village of Marou, in partnership with the Land Art Generator Initiative (LAGI), is pleased to present these featured solutions from the LAGI 2025 Fiji design competition — artworks in the landscape that generate clean energy and water while reflecting the vision of Marou residents for a sustainable future rooted in place, culture, and resilience. ⚡💧🌴 LAGI 2025 Fiji is delivered in collaboration with the Fiji Department of Energy, Fiji Rural Electrification Fund, and Tourism Fiji, supporting national goals for clean energy, community empowerment, and climate adaptation. Seen here in closed storm mode.⚡💦 "SigaWai Canopy Park," a submission to LAGI 2025 Fiji by Jie Zhao, I-Shan Tam, Yan (Jennifer) Zeng, and Liang Ma (United States) incorporates solar photovoltaic, hybrid battery and ice storage, rainwater harvesting, and wetland filtration to produce 135 MWh electricity and one million liters of filtered water each year.🌟🌴 Named from the Fijian words siga (sun) and wai (water), "SigaWai Canopy Park" embodies the union of light, water, and land in service of climate resilience. This community infrastructure project weaves renewable energy and ecological design into a modular, low-cost canopy system and sponge park — providing power, potable water, flood control, and public gathering space for Marou Village. Each module integrates 18 solar modules, each with a 5.7 kW capacity, for a total of 86 kW across the site. Electricity is stored through a lithium iron phosphate battery array and an insulated ice battery system, which maintains refrigeration through nights and overcast days. Smart controls automate performance monitoring and energy distribution. The canopy, made of recycled sailcloth and bamboo, is collapsible for cyclone conditions and provides shade for social activities and cultural gatherings. 🔧🌏✨ The Village of Marou, in partnership with the Land Art Generator Initiative (LAGI), is pleased to present these featured solutions from the LAGI 2025 Fiji design competition — artworks in the landscape that generate clean energy and water while reflecting the vision of Marou residents for a sustainable future rooted in place, culture, and resilience. ⚡💧🌴 LAGI 2025 Fiji is delivered in collaboration with the Fiji Department of Energy, Fiji Rural Electrification Fund, and Tourism Fiji, supporting national goals for clean energy, community empowerment, and climate adaptation.
September 3, 2025 at 3:12 PM
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⚡💦 "Marou Vula" by Adrien Thivolle (France), incorporates solar photovoltaic, battery storage, rainwater harvesting with fabric-covered bladders, erosion control through native plantings, and coastal composting stations to produce 132 MWh of electricity and 450k liters of drinking water each year. 🌟
⚡💦 "Marou Vula," a submission to LAGI 2025 Fiji by Adrien Thivolle (France), incorporates solar photovoltaic, battery storage, rainwater harvesting with fabric-covered bladders, erosion control through native plantings, and coastal composting stations to produce 132 MWh of electricity and 450,000 liters of drinking water each year. 🌟 Marou Vula draws inspiration from lunar rhythms to shape a decentralized network of energy and water infrastructure across Naviti Island. Its crescent-shaped forms, arranged like moons in orbit, mark a constellation of small-scale, low-tech systems that meet essential needs while celebrating culture, ecology, and community life. The flagship system, Vula Kaukaua (Energy Moon), combines a solar mini-grid with rainwater harvesting. Photovoltaic panels are arranged in crescent arcs to optimize solar gain throughout the day and reduce the need for battery energy storage. The solar modules themselves are produced with custom patterns created by the community. Rainwater flows into lightweight bladders protected by palm-woven covers. These units are designed for affordability, low maintenance, and ease of installation using local skills. 🔧🌏✨ The Village of Marou, in partnership with the Land Art Generator Initiative (LAGI), is pleased to present these featured solutions from the LAGI 2025 Fiji design competition — artworks in the landscape that generate clean energy and water while reflecting the vision of Marou residents for a sustainable future rooted in place, culture, and resilience. ⚡💧🌴 LAGI 2025 Fiji is delivered in collaboration with the Fiji Department of Energy, Fiji Rural Electrification Fund, and Tourism Fiji, supporting national goals for clean energy, community empowerment, and climate adaptation. ⚡💦 "Marou Vula," a submission to LAGI 2025 Fiji by Adrien Thivolle (France), incorporates solar photovoltaic, battery storage, rainwater harvesting with fabric-covered bladders, erosion control through native plantings, and coastal composting stations to produce 132 MWh of electricity and 450,000 liters of drinking water each year. 🌟 Marou Vula draws inspiration from lunar rhythms to shape a decentralized network of energy and water infrastructure across Naviti Island. Its crescent-shaped forms, arranged like moons in orbit, mark a constellation of small-scale, low-tech systems that meet essential needs while celebrating culture, ecology, and community life. The flagship system, Vula Kaukaua (Energy Moon), combines a solar mini-grid with rainwater harvesting. Photovoltaic panels are arranged in crescent arcs to optimize solar gain throughout the day and reduce the need for battery energy storage. The solar modules themselves are produced with custom patterns created by the community. Rainwater flows into lightweight bladders protected by palm-woven covers. These units are designed for affordability, low maintenance, and ease of installation using local skills. 🔧🌏✨ The Village of Marou, in partnership with the Land Art Generator Initiative (LAGI), is pleased to present these featured solutions from the LAGI 2025 Fiji design competition — artworks in the landscape that generate clean energy and water while reflecting the vision of Marou residents for a sustainable future rooted in place, culture, and resilience. ⚡💧🌴 LAGI 2025 Fiji is delivered in collaboration with the Fiji Department of Energy, Fiji Rural Electrification Fund, and Tourism Fiji, supporting national goals for clean energy, community empowerment, and climate adaptation.
September 3, 2025 at 3:08 PM
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⚡💦 "Tanoa: The Bowl of Life" by Puya Khalili, Iman Khalili, and Abdolaziz Khalili (Canada) incorporates solar photovoltaic, battery storage, and integrated rainwater harvesting and filtration to produce 135 MWh of electricity and 732,500 liters of filtered water each year. 🌟
⚡💦 "Tanoa: The Bowl of Life," a submission to LAGI 2025 Fiji by Puya Khalili, Iman Khalili, and Abdolaziz Khalili (Canada) incorporates solar photovoltaic, battery storage, and integrated rainwater harvesting and filtration to produce 135 MWh of electricity and 732,500 liters of filtered water each year. 🌟🥔 The public artwork reimagines the form of the tanoa — the sacred wooden vessel used in kava ceremonies — as a landmark gathering space that collects, transforms, and distributes the natural resources of sun and rain to serve the needs of Marou Village. The bowl’s interior slope is embedded with photovoltaic panels arranged along a radial curve to optimize solar exposure. Beneath the central structure, batteries and technical systems are housed in a protected enclosure. Daily surplus powers a 5 kW ice-making system for fish preservation, a community charging station for devices and small batteries, path lighting for nighttime safety, and pumps to distribute harvested water throughout the village. Rainwater is harvested across the full roof area and funneled into an integrated cistern, where it undergoes a four-stage filtration process before reaching a smaller inspection tank for final clarity checks. Clear filter housings make the system visible and easy to maintain. 🔧🌏✨ The Village of Marou, in partnership with the Land Art Generator Initiative (LAGI), is pleased to present these featured solutions from the LAGI 2025 Fiji design competition — artworks in the landscape that generate clean energy and water while reflecting the vision of Marou residents for a sustainable future rooted in place, culture, and resilience. ⚡💧🌴 LAGI 2025 Fiji is delivered in collaboration with the Fiji Department of Energy, Fiji Rural Electrification Fund, and Tourism Fiji, supporting national goals for clean energy, community empowerment, and climate adaptation. ⚡💦 "Tanoa: The Bowl of Life," a submission to LAGI 2025 Fiji by Puya Khalili, Iman Khalili, and Abdolaziz Khalili (Canada) incorporates solar photovoltaic, battery storage, and integrated rainwater harvesting and filtration to produce 135 MWh of electricity and 732,500 liters of filtered water each year. 🌟🥔 The public artwork reimagines the form of the tanoa — the sacred wooden vessel used in kava ceremonies — as a landmark gathering space that collects, transforms, and distributes the natural resources of sun and rain to serve the needs of Marou Village. The bowl’s interior slope is embedded with photovoltaic panels arranged along a radial curve to optimize solar exposure. Beneath the central structure, batteries and technical systems are housed in a protected enclosure. Daily surplus powers a 5 kW ice-making system for fish preservation, a community charging station for devices and small batteries, path lighting for nighttime safety, and pumps to distribute harvested water throughout the village. Rainwater is harvested across the full roof area and funneled into an integrated cistern, where it undergoes a four-stage filtration process before reaching a smaller inspection tank for final clarity checks. Clear filter housings make the system visible and easy to maintain. 🔧🌏✨ The Village of Marou, in partnership with the Land Art Generator Initiative (LAGI), is pleased to present these featured solutions from the LAGI 2025 Fiji design competition — artworks in the landscape that generate clean energy and water while reflecting the vision of Marou residents for a sustainable future rooted in place, culture, and resilience. ⚡💧🌴 LAGI 2025 Fiji is delivered in collaboration with the Fiji Department of Energy, Fiji Rural Electrification Fund, and Tourism Fiji, supporting national goals for clean energy, community empowerment, and climate adaptation.
August 18, 2025 at 1:17 PM
landartgenerator.bsky.social
⚡💦 ⛵ "Land Sails" by Karen Curtiss, Mark Myers, Camille Peignet, Lisa Farmen, Anika Chakravarti, and Henry Gao, uses thin-film solar PV, batteries, and aquifer recharge, to produce 134 MWh of electricity and store 8.8 million liters of rain each year in a wetland zone with 3-stage water treatment.
⚡💦 ⛵ "Land Sails," a submission to LAGI 2025 Fiji by Karen Curtiss, Mark Myers, Camille Peignet (Red Dot Studio); Lisa M. Farmen, Anika Chakravarti (Aquastry); Henry Gao (United States), incorporates CIGS thin-film solar photovoltaic, battery storage, aquifer recharge, stormwater wetland system, and decentralized water treatment to produce 134 MWh of electricity and store 8.8 million liters of managed rainfall each year in a wetland zone with a three-stage water treatment. 🌳 "Land Sails" floats above Marou Village like a fleet of migratory birds — solar sails arranged in formation, echoing drua and camakau vessels of Fiji’s seafaring heritage. Their triangular silhouettes cast rhythmic shadows across the land, integrating local knowledge of wind, water, and craft into a responsive, regenerative landscape. Each sail is outfitted with flexible CIGS thin-film photovoltaic panels. Lightweight and shock-resistant, these panels are designed to fold or be lowered in storms, with no risk of microcracking. The fabric is mounted on bamboo or locally sourced hardwood frames, structurally anchored like mangrove roots to resist Category 5 winds. Together, 23 modular sails house 288 panels, generating up to 77 kW of electricity to power pumps, filtration systems, and village energy needs. 🔧🌏✨ The Village of Marou, in partnership with the Land Art Generator Initiative (LAGI), is pleased to present these featured solutions from the LAGI 2025 Fiji design competition — artworks in the landscape that generate clean energy and water while reflecting the vision of Marou residents for a sustainable future rooted in place, culture, and resilience. ⚡💧🌴 LAGI 2025 Fiji is delivered in collaboration with the Fiji Department of Energy, Fiji Rural Electrification Fund, and Tourism Fiji, supporting national goals for clean energy, community empowerment, and climate adaptation. ⚡💦 ⛵ "Land Sails," a submission to LAGI 2025 Fiji by Karen Curtiss, Mark Myers, Camille Peignet (Red Dot Studio); Lisa M. Farmen, Anika Chakravarti (Aquastry); Henry Gao (United States), incorporates CIGS thin-film solar photovoltaic, battery storage, aquifer recharge, stormwater wetland system, and decentralized water treatment to produce 134 MWh of electricity and store 8.8 million liters of managed rainfall each year in a wetland zone with a three-stage water treatment. 🌳 "Land Sails" floats above Marou Village like a fleet of migratory birds — solar sails arranged in formation, echoing drua and camakau vessels of Fiji’s seafaring heritage. Their triangular silhouettes cast rhythmic shadows across the land, integrating local knowledge of wind, water, and craft into a responsive, regenerative landscape. Each sail is outfitted with flexible CIGS thin-film photovoltaic panels. Lightweight and shock-resistant, these panels are designed to fold or be lowered in storms, with no risk of microcracking. The fabric is mounted on bamboo or locally sourced hardwood frames, structurally anchored like mangrove roots to resist Category 5 winds. Together, 23 modular sails house 288 panels, generating up to 77 kW of electricity to power pumps, filtration systems, and village energy needs. 🔧🌏✨ The Village of Marou, in partnership with the Land Art Generator Initiative (LAGI), is pleased to present these featured solutions from the LAGI 2025 Fiji design competition — artworks in the landscape that generate clean energy and water while reflecting the vision of Marou residents for a sustainable future rooted in place, culture, and resilience. ⚡💧🌴 LAGI 2025 Fiji is delivered in collaboration with the Fiji Department of Energy, Fiji Rural Electrification Fund, and Tourism Fiji, supporting national goals for clean energy, community empowerment, and climate adaptation.
August 18, 2025 at 1:14 PM
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🌞💦"TALI-TALI-LAND," a submission to LAGI 2025 Fiji by Boon Hau Lim and Pyaezone Aungsoe (Japan) incorporates modular solar photovoltaic with battery storage and rainwater harvesting to produce 150 MWh of electricity and 1,225,000 liters of filtered water each year. ⚡🔌💡
Learn more at lagi2025fiji.org
🌞💦"TALI-TALI-LAND," a submission to LAGI 2025 Fiji by Boon Hau Lim and Pyaezone Aungsoe (Japan) incorporates modular solar photovoltaic with battery storage and rainwater harvesting to produce 150 MWh of electricity and 1,225,000 liters of filtered water each year. ⚡🌿🔌💡 "TALI-TALI-LAND," literally meaning "Weave-Weave-Land,” transforms infrastructure into cultural expression. In Marou Village, this modular system of solar canopies and rainwater harvesting becomes a woven landscape: a place where tradition meets technology, and each resident has a hand in shaping the environment they rely on. At its core is a steel structural module, designed for standardized fabrication, easy assembly, and resilience to storms. The roof collects solar power and rainwater. But its outermost layer — what makes it sing — is the cloth: masi, tapa, and woven mats designed and crafted by community members. These textiles act as windbreaks, insulation, visual identity, and cultural story. No two are the same. Each module is a unique expression, yet together they form a unified system. 🔧🌏✨ The Village of Marou, in partnership with the Land Art Generator Initiative (LAGI), is pleased to present these featured solutions from the LAGI 2025 Fiji design competition — artworks in the landscape that generate clean energy and water while reflecting the vision of Marou residents for a sustainable future rooted in place, culture, and resilience. ⚡💧🌴 LAGI 2025 Fiji is delivered in collaboration with the Fiji Department of Energy, Fiji Rural Electrification Fund, and Tourism Fiji, supporting national goals for clean energy, community empowerment, and climate adaptation. #LAGI2025Fiji #ClimateArt #TaliTaliLand #MarouVillage #CoDesign #ClimateResilience #SolarArchitecture #WaterHarvesting #SustainableFutures #ArtAndInfrastructure #IslandInnovation #CulturalInfrastructure #CleanEnergyFuture #CommunityDesign #ClimateSolutions #lagifiji #FutureIsNow #cleanenergy 🌞💦"TALI-TALI-LAND," a submission to LAGI 2025 Fiji by Boon Hau Lim and Pyaezone Aungsoe (Japan) incorporates modular solar photovoltaic with battery storage and rainwater harvesting to produce 150 MWh of electricity and 1,225,000 liters of filtered water each year. ⚡🌿🔌💡 "TALI-TALI-LAND," literally meaning "Weave-Weave-Land,” transforms infrastructure into cultural expression. In Marou Village, this modular system of solar canopies and rainwater harvesting becomes a woven landscape: a place where tradition meets technology, and each resident has a hand in shaping the environment they rely on. At its core is a steel structural module, designed for standardized fabrication, easy assembly, and resilience to storms. The roof collects solar power and rainwater. But its outermost layer — what makes it sing — is the cloth: masi, tapa, and woven mats designed and crafted by community members. These textiles act as windbreaks, insulation, visual identity, and cultural story. No two are the same. Each module is a unique expression, yet together they form a unified system. 🔧🌏✨ The Village of Marou, in partnership with the Land Art Generator Initiative (LAGI), is pleased to present these featured solutions from the LAGI 2025 Fiji design competition — artworks in the landscape that generate clean energy and water while reflecting the vision of Marou residents for a sustainable future rooted in place, culture, and resilience. ⚡💧🌴 LAGI 2025 Fiji is delivered in collaboration with the Fiji Department of Energy, Fiji Rural Electrification Fund, and Tourism Fiji, supporting national goals for clean energy, community empowerment, and climate adaptation. #LAGI2025Fiji #ClimateArt #TaliTaliLand #MarouVillage #CoDesign #ClimateResilience #SolarArchitecture #WaterHarvesting #SustainableFutures #ArtAndInfrastructure #IslandInnovation #CulturalInfrastructure #CleanEnergyFuture #CommunityDesign #ClimateSolutions #lagifiji #FutureIsNow #cleanenergy
July 29, 2025 at 12:02 AM
landartgenerator.bsky.social
🌞🔧🌏🌿"Vanilla Energy" by Eszter Kardos and Kovács Lorinc combines solar PV, battery storage, rainwater harvesting, UV/SODIS water purification, & vanilla farming to produce 120 MWh of electricity, a million liters of filtered water, and 1,000 kg of green vanilla beans each year. 💦⚡💡
lagi2025fiji.org
🌞🔧🌏🌿"Vanilla Energy," a submission to LAGI 2025 Fiji by Eszter Kardos, Kovács Lorinc (Hungary), incorporates solar photovoltaic, battery storage, rainwater harvesting, UV and SODIS water purification, and vertical vanilla farming to produce 120 MWh of electricity, one million liters of filtered water, and 1,000 kilograms of green vanilla beans each year. 💦⚡💡 🌞🔧🌏🌿"Vanilla Energy," a submission to LAGI 2025 Fiji by Eszter Kardos, Kovács Lorinc (Hungary), incorporates solar photovoltaic, battery storage, rainwater harvesting, UV and SODIS water purification, and vertical vanilla farming to produce 120 MWh of electricity, one million liters of filtered water, and 1,000 kilograms of green vanilla beans each year. 💦⚡💡
July 19, 2025 at 5:37 PM
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🌞 "Between the Sky & Earth" by Yi Yang Chai and Ng Yi Ming uses bifacial solar photovoltaic, battery storage, rainwater harvesting, and constructed wetlands to produce 233 MWh of electricity and 720,000 liters of filtered water each year. As a tourist attraction it supports the local economy. ⚡💡
"Between the Sky & Earth," by Yi Yang Chai (@yiyang_chai)and Ng Yi Ming (Malaysia), incorporates bifacial solar photovoltaic, battery storage, rainwater harvesting, and constructed wetlands to produce 233 MWh of electricity and 720,000 liters of filtered water each year. Image shows residents tending aquaculture and obtaining fresh drinking water under the solar panels. "Between the Sky & Earth," by Yi Yang Chai (@yiyang_chai)and Ng Yi Ming (Malaysia), incorporates bifacial solar photovoltaic, battery storage, rainwater harvesting, and constructed wetlands to produce 233 MWh of electricity and 720,000 liters of filtered water each year. Image shows the installation from above adjacent to Marou Village.
July 19, 2025 at 4:54 PM
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💦🌏"Vatu Rua Kaukauwa" by Jonathan Hernandez and Felipe Romero Vargas (Germany and Australia), incorporates solar photovoltaic, vertical-axis wind turbines, battery storage, and rainwater harvesting to produce 224 MWh of electricity and 564,000 liters of filtered water each year. ⚡💡
lagi2025fiji.org
"Vatu Rua Kaukauwa" by Jonathan Hernandez and Felipe Romero Vargas (Germany and Australia), incorporates solar photovoltaic, vertical-axis wind turbines, battery storage, and rainwater harvesting to produce 224 MWh of electricity and 564,000 liters of filtered water each year. Children play in the foreground grass. Bamboo and thatch structures support solar power infrastructure and community life. "Vatu Rua Kaukauwa" by Jonathan Hernandez and Felipe Romero Vargas (Germany and Australia), incorporates solar photovoltaic, vertical-axis wind turbines, battery storage, and rainwater harvesting to produce 224 MWh of electricity and 564,000 liters of filtered water each year. An exploded diagram shows the component parts of the system. Bamboo and thatch structures support solar power infrastructure and community life.
July 15, 2025 at 5:41 PM
landartgenerator.bsky.social
🌞🔧🌏"Independence," by Parimah Nasirzadeh, Erfan Nabavizadeh, Leila Shirazi, Fatemeh Daneshvar, and Khashayar Ghasemzadeh (Italy), incorporates solar PV, battery storage, modular planters, and rainwater harvesting to produce 250 MWh and 1 million liters of filtered water /year. 💦⚡💡
lagi2025fiji.org
🌞🔧🌏"Independence," a submission to LAGI 2025 Fiji by Parimah Nasirzadeh, Erfan Nabavizadeh, Leila Yousefzadeh Shirazi, Fatemeh Daneshvar, and Khashayar Ghasemzadeh (Italy), incorporates solar photovoltaic, battery storage, modular planter boxes, and rainwater harvesting to produce 250 MWh of electricity and 1 million liters of filtered water each year. 💦⚡💡 🌞🔧🌏"Independence," a submission to LAGI 2025 Fiji by Parimah Nasirzadeh, Erfan Nabavizadeh, Leila Yousefzadeh Shirazi, Fatemeh Daneshvar, and Khashayar Ghasemzadeh (Italy), incorporates solar photovoltaic, battery storage, modular planter boxes, and rainwater harvesting to produce 250 MWh of electricity and 1 million liters of filtered water each year. 💦⚡💡
July 12, 2025 at 3:08 PM
landartgenerator.bsky.social
🌞🌳"Solar Forest," a submission to LAGI 2025 Fiji by Daniel Cueto Mondéjar (Belgium), incorporates semi-transparent bi-facial solar photovoltaic panels, battery storage, and rainwater-harvesting to produce 120 MWh of electricity and 450,000 liters of filtered water each year. 💦⚡
lagi2025fiji.org
July 11, 2025 at 3:15 AM
landartgenerator.bsky.social
🌞"Unleashing the Vanua" by Jisoo Kim, Seung Hyo Chang, and Jisoo Kim, incorporates solar photovoltaic, battery storage, constructed wetlands, and stormwater harvesting with UV purification to produce 130 MWh of electricity and 1.2 million liters of filtered water each year.⚡
lagi2025fiji.org
July 11, 2025 at 3:09 AM
landartgenerator.bsky.social
🌿"Drau," a submission to LAGI 2025 Fiji by @tamagastudio—Mateusz Góra and Agata Gryszkiewicz (Poland)—incorporates solar photovoltaic, battery storage, and rainwater harvesting to produce 160 MWh of electricity and 1.245 million liters of filtered water each year (40 modules).⚡
lagi2025fiji.org
July 11, 2025 at 3:07 AM
landartgenerator.bsky.social
"Vaka ni Lomani" a submission to LAGI 2025 Fiji by Kaixi Yang, Victor Pineda Torres, and Nicc Moeono-Alaiasa, incorporates solar PV, battery storage, rainwater harvesting, biofiltration, and microhydro to produce 126 MWh of power and 600k liters of filtered H2O per year.
See more at lagi2025fiji.org
July 11, 2025 at 3:04 AM
landartgenerator.bsky.social
🌞 "Sky Letters: Letters to the Invisible," a submission to LAGI 2025 Fiji by Dai Fen Zeng and Pengyan Wu (United States) incorporates solar photovoltaic, rainwater harvesting, and battery storage to produce 268 MWh of electricity and 1,196,800 liters rainwater each year.
See more at lagi2025fiji.org
July 11, 2025 at 3:01 AM
landartgenerator.bsky.social
☀️🌿"Solar Leaf" by Iranian artist and engineer Iman Sheikhansari, incorporates solar PV, battery storage, and rainwater harvesting to produce 120 MWh of electricity and 600,000 liters of filtered water each year. This land art installation is clean energy inspired by nature! lagi2025fiji.org
July 3, 2025 at 2:28 PM