Two weeks ago, AES Indiana submitted its 2025 Integrated Resource Plan, outlining a 20-year outlook that evaluates multiple generation pathways to accommodate future energy demand. The plan reviews options capable of supporting major economic growth, including energy-intensive developments such as data centers. Company officials say the long-range plan reflects a continued focus on reliability, sustainability, and economic development in Indiana.
Last week, AES Indiana announced the launch of a nuclear feasibility study at its Petersburg Generating Station in Pike County and the Eagle Valley Generating Station in Morgan County. The study is being conducted in partnership with Advanced Nuclear Advisors and will examine the long-term potential of advanced nuclear small modular reactors as a future generation source. The SMR evaluation effort is intended to assess opportunities tied to investment, innovation, and job creation in Indiana’s energy sector.
AES Indiana also welcomed Indiana Governor Mike Braun to the Petersburg site to highlight how the utility is investing in next-generation resources, including natural gas and battery storage, as part of its evolving portfolio.
Pike County leaders have expressed strong support for advanced nuclear development. Earlier this year, Pike County Commissioners unanimously passed a resolution endorsing the pursuit of small modular reactor projects. Local officials view SMRs as an opportunity for significant capital investment and future high-wage employment in an established energy community with available infrastructure and suitable sites.
The energy landscape continues to change, and AES Indiana says long-range planning will help position the state to lead in the next era of power generation.
Small modular reactors are part of that discussion. According to the U.S. Department of Energy, advanced SMRs are smaller-scale nuclear systems designed to provide safe, clean, and cost-efficient power. SMRs range from tens of megawatts up to several hundred megawatts, depending on design. They can be used for electricity production, industrial heat, desalination, or other specialized applications. Many designs also offer a reduced physical footprint, lower capital costs, easier siting options, and enhanced security characteristics compared to traditional nuclear plants.
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