Солнечная энергетика для курортов Маврикия, Мальдив и Фиджи
конкурс
международный
открытый
deadline регистрации:
15.11.2026
deadline подачи проектов:
15.11.2026
дата объявления результатов:
20.03.2027
тема:
Архитектура
страна:
Индия
открыт для:
профессионалов и студентов архитектурных вузов; как минимум один член команды должен являться дипломированным архитектором
регистрационный взнос:
нет
награда:
Общий призовой фонд $24 000, по три призовых места на каждую локацию. 1-е место $5000, 2-е место $2000, 3-е место $1000
жюри:
Anya Sirota, Founding Principal, Akoaki, USA
Daniel Lipschits, Director, Strategy & Development, Sun Appeal Sagl, Switzerland
Dean D'Cruz, Principal Architect, Mozaic Design, India
Dhirajsing Rughoo (PhD), Senior Lecturer, Université des Mascareignes, Mauritius
Effie Nakajima, Senior Associate, ZHA, London, United Kingdom
и другие
организатор:
Международный союз по развитию солнечной энергетики International Solar Alliance (ISA) (Индия)
Организация по развитию экологичного строительства GRIHA Council (Индия)
ссылки:
Energising the Frontline: Enabling Readiness through Solar Embedded Architecture
Участникам конкурса предлагается разработать проект современного курортного комплекса на Маврикии, Мальдивах или Фиджи, интегрировав принципы солнечной энергетики в архитектуру и инженерные системы. Проект должен быть устойчивым к климатическим угрозам и рассчитанным на автономное энергоснабжение. Архитектурные решения должны быть модульными, доступными по стоимости и пригодными для масштабирования и повторного применения в разных условиях. Особое внимание необходимо уделить использованию местных материалов и бережному отношению к прибрежным ландшафтам.
Источник: www.grihaindia.org
пресс-релиз:
About the ISA-iSUN Design Challenge
The ISA-iSUN Design Challenge is a global design competition focusing on Small Island Developing States (SIDS) where architecture and engineering institutes worldwide are invited to participate in designing a climate-resilient resort, bringing together architecture and solar technology, in select SIDS nations. This Challenge is hosted by The International Solar Alliance (ISA), powered by ISA Multi Donor Trust Fund (MDTF) and the Global Energy Alliance for People and Planet (GEAPP), executed by GRIHA Council, with the support of The Energy and Resources Institute (TERI) and the Royal Institute of British Architects (RIBA).
The competition bridges global vision with grassroot actions by inviting students to develop resort projects (live and hypothetical) for the SIDS specifically for Maldives, Mauritius and Fiji. It encourages students to design a climate resilient resort which is scalable and replicable in nature, primarily focusing on embedding solar energy in the design.
Enabling Readiness through Solar Embedded Architecture
A winning proposal should go beyond simply adding solar panels to a resort. It should integrate architecture and energy systems as one cohesive design approach, creating a solution that can be adapted, scaled and replicated across SIDS with varying island sizes, contexts and budgets.
Scalable. Works across resort sizes, densities and budgets, from boutique to large-scale. Replicable. Modular and affordable to repeat; built with locally available skills and supply chains, not a bespoke one-off. Solar-embedded, not solar-added. Move beyond rooftop retrofits to Building-Integrated Photovoltaics (BIPVs), solar tiles, solar shading and facade-integrated PV that generate power while serving an architectural purpose, paired with battery storage. Passive-first. Orientation, form, shading, natural ventilation and daylighting tuned to a hot, humid, high-sun, trade-wind climate to cut cooling and lighting loads before any generation is counted. Resilient. Withstands cyclones, storm surge, flooding and marine erosion; keeps core functions and power running through an event and recovers quickly. Locally sourced. Local, low-embodied-carbon materials over imported ones; promote resource-efficiency. Capacity-building. A live-site learning experience with knowledge transfer so professionals and communities can design, operate and maintain the solution.
The Challenge
Design a scalable, modular, solar-embedded resort tailored to the geographic, climatic and infrastructural constraints of the selected SIDS context, enabling renewable-energy integration and enhancing energy self-sufficiency, while treating the coastal site as a scarce, sensitive and vulnerable landscape.
Three SIDS nations have been selected, with sites across these nations forming the contexts for the competition: Mauritius, Maldives, Fiji.
Participants must select ONE of the three site options as the context for their submission. Each institution may submit a maximum of three entries, i.e. one per site. The overarching design ask is common across all three; just the site-specific premise, client and spatial requirements differ per option.
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