Strategic Energy Architecture

Analyzing India's closed fuel cycle deployment strategy, optimized to exploit extensive domestic Thorium reserves through phased progressive integration.

PHWR Systems

Pressurized Heavy Water Reactors use natural Uranium-238 fuel matrices to generate electrical power output while transforming stable isotopes into Plutonium-239 fissile byproducts.
EXT_QUERY // WIKI_DATABASE →

FLW-1 // 92.4U
PHWR Pipes
[Flow Block: 00C1 - Stage I Input]
Tracking U-238 throughput, heavy water modulation loop, and Pu-239 yield metrics.

Fast Breeder Loops

Fast Breeder Reactors utilize the Plutonium-239 harvested from Stage I mixed with liquid sodium coolants to transmute blanketing Thorium-232 layers directly into fissile Uranium-233.
EXT_QUERY // WIKI_DATABASE →

FLW-2 // 94.PU
Core Array
[Flow Block: 00C2 - Stage II Cycle]
Tracking liquid sodium loop parameters and breeding multi-factor calculation values.

Advanced Thorium

Thermal Breeder Reactors consume the generated Uranium-233 alongside independent Thorium fuel components, creating a self-sustaining power system independent of global fuel supply limitations.
EXT_QUERY // WIKI_DATABASE →

FLW-3 // 90.TH
Advanced Plasma
[Flow Block: 00C3 - Stage III Yield]
Tracking long-term fuel cycle closure, recycling capacity, and thermal limits.

Fleet Status

Active Reactors 22
Under Build 08
Gross MWe Capacity 7,480

Primary Operational Nodes

Facility Node Type Architecture Capacity (MWe) Grid Status
Kakrapar (KAPS) PHWR / Advanced 1840 ONLINE // NOMINAL
Kudankulam (KKNPP) VVER-1000 2000 ONLINE // NOMINAL
Tarapur (TAPS) BWR / PHWR 1400 ONLINE // NOMINAL
Kaiga (KGS) PHWR 880 ONLINE // NOMINAL