Company: NKLR
Filing Date: 2025-09-16
Form Type: 424B3
Source: 0001213900-25-087981
Chunk: 213

Company: Terra Innovatum Global N.V.
Filing Date: 2025-09-16
Form: 424B3
Chunk 213
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 contingency and transportation costs, are expected to be $8.0million. • Fuel Costs: •Each SOLO will require an initial fuel load costing approximately $3.5million. •Each SOLO will require a refueling load every 15 years over the 45 -yearplant design life, with each refueling load costing approximately $3.5million, and non -fuelcosts associated with the refueling costing $2.5million. • Operating Costs:For each SOLO, Terra Innovatum will incur annual maintenance expenses of $50,000. 84 • Deployment Assumption:These NOAK unit economics are assumed at the one -thousandthunit produced. Forecast of SOLO 1 MWe Illustrative Unit Economics (First 15 years) (1) ($ are in millions) ____________ (1)The unit economics of the 1 MWe SOLO nuclear reactor are presented as of April 2025, and future periods are not adjusted for inflation. The unit economics of the 1 MWe SOLO nuclear reactor provided herein are for illustrative purposes only. Actual operating costs and revenues of the 1 MWe SOLO nuclear reactor are subject to change based upon how Terra Innovatum’s business develops and such changes may be significant and differ materially from those estimates provided herein. The unit economics of the 1 MWe SOLO nuclear reactor assume all regulatory approvals have been obtained on expected timelines. The regulatory process, including necessary NRC approvals and licensing, is a lengthy, complex process and projected timelines could vary materially from the actual time necessary to obtain all the required approvals. In addition to the Unit Economics depicted above, Terra Innovatum also provided to GSR III an illustrative schedule, which was the best estimate of a modest ramp -upof sales of Terra Innovatum’s standard 1 MWe SOLO nuclear reactors over a ten -yearperiod. The illustrative schedule included target deployment estimates beginning in Year 0. In Year1, the number of 1 MWe SOLO nuclear reactors expected to reach deployment is 4. In Year2, the number expected to reach deployment is 10. In Year3, the number expected to reach deployment is 50. In Year4, the number expected to reach deployment is 150. In Year5, the number expected to reach deployment is 1,000. In Year6, the number expected to reach deployment is 4,800. In Year7, the number expected to reach deployment is 10,000. The