Instance BV Designed a Range of Small Nuclear Power Plants
Elena Rahman — September 20, 2021 — Eco
References: nuclear.gepower & dezeen
Instance BV is the architectural studio behind the new series of scaled-down power plants installed across North America, Europe, and Asia. The architects collaborated with power company GE Hitachi to designed the BWRX-300 small modular reactors (SMRs).
The SMRs are smaller and updated versions of traditional nuclear power plants to offer cost-competitive ways to create electricity. Instance BV is advising GE Hitachi on the building layouts and configurations for potential sites. The companies will build modernized nuclear power plants with modular components. With fewer construction materials, the plants' construction time is significantly reduced. The SMRs are set to deploy on selected sites as early as 2028. This rollout aims to provide countries with the means to meet their decarbonization goals through renewable energy.
Image Credit: Instance BV / GE Hitachi
The SMRs are smaller and updated versions of traditional nuclear power plants to offer cost-competitive ways to create electricity. Instance BV is advising GE Hitachi on the building layouts and configurations for potential sites. The companies will build modernized nuclear power plants with modular components. With fewer construction materials, the plants' construction time is significantly reduced. The SMRs are set to deploy on selected sites as early as 2028. This rollout aims to provide countries with the means to meet their decarbonization goals through renewable energy.
Image Credit: Instance BV / GE Hitachi
Trend Themes
1. Small Modular Reactors - The development of SMRs creates opportunities for cost-competitive nuclear power generation with a smaller environmental footprint.
2. Modular Construction - The use of modular construction can significantly reduce construction time and costs for nuclear power plants.
3. Decarbonization - The deployment of SMRs can provide an opportunity for countries to meet their decarbonization goals through low-carbon energy generation.
Industry Implications
1. Power Generation - The development and deployment of SMRs can disrupt the traditional power generation industry by offering cost-competitive and modular solutions.
2. Architecture and Engineering - The design and construction of SMRs require innovative architectural and engineering solutions, creating opportunities for disruption in the architecture and engineering industry.
3. Renewable Energy - The use of SMRs can complement renewable energy sources to help countries achieve their decarbonization goals, disrupting the renewable energy industry by providing an alternative low-carbon energy source.
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