RAPP-7 Reactor Achieves Full Power
In News
What Happened
Why It Matters
Background
History & Context
What Changed
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BEFORE: India's indigenous nuclear power capacity expansion previously relied on smaller 220 MW and 540 MW PHWR designs. NOW: India is successfully operating a standardized fleet of much larger 700 MW PHWRs, maximizing power output per reactor.
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BEFORE: Nuclear reactors were historically constructed as individual projects, leading to longer procurement and construction delays. NOW: The 'fleet mode' approach allows for bulk procurement and standardized design, streamlining the commissioning of reactors like RAPP-7.
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BEFORE: RAPP-7 was operating at lower thermal power levels for mandatory safety and grid synchronization testing. NOW: The reactor has cleared all power ascension tests and is continuously operating safely at its maximum rated commercial capacity of 700 MW.
Prelims Angle
NCERT Connection
Practice Questions
Q1
Correct Statement(s)Which of the following statements regarding India's 700 MW Pressurised Heavy Water Reactors (PHWRs) is/are correct? 1. They use enriched uranium as fuel and light water as a moderator. 2. The 'fleet-mode' construction strategy aims to reduce costs and construction time through standardized designs.