Import substitution
Builds domestic upstream capability where the supply chain is structurally import-dependent.
02 · Project · Atmanirbhar Bharat
Manufacturing the critical upstream in India.
PowerIn Urja's PIMC is positioned as strategic infrastructure for domestic supply-chain resilience, clean-tech capability and technology sovereignty.
Phase I
N-Type monocrystalline ingots & wafers
State-of-the-art Czochralski Solar and Semiconductor mono-crystal growth combined with Tungsten-wire wafering.
Solar Product architecture is compatible with PERC / TOPCon / HJT downstream platforms and next-generation tandem applications.
Semiconductor Product architecture is compatible with silicon and silicon carbide wafers.
- Campus
- 300+ acres planned
- Phase I site
- 60 acres
- Technology
- Mono-CZ + Tungsten-wire
- Power ambition
- Green-energy powered
Technology process flow
Polysilicon→
Melting→
Crystal Growth→
Ingot→
Squaring→
Tungsten-Wire Slicing→
Wafer
N-Type
Designed for advanced solar cell platforms.
Czochralski
Mono-crystal growth process for ingot production.
Tungsten-Wire
Wafering process for precision silicon substrates.
PIMC masterplan
Manufacturing scale- solar
Annual capacity
0 GW
Phase I site
0 acres
Manufacturing scale- semiconductor (pilot line)
Annual capacity
0 wafers
Phase I site
0 acres
Atmanirbhar Bharat lens
Supply-chain resilience
Pairs a non-Chinese polysilicon sourcing strategy with domestic ingot and wafer production.
Technology depth
Creates a base for semiconductor-grade materials, MiniFAB and other advanced device opportunities.
Industrial ecosystem
Provides a plug-and-play environment for partners, JVs and captive vendors supporting the campus.
Three-phase campus
Solar upstream
Advanced N-Type ingot & wafer production, semiconductor ingot / wafer pilot line and initial energy-storage capability.
Scale + MiniFAB + Neocloud
Commercial scale semiconductor ingot & wafer platform, semiconductor MiniFAB, expanded ESS and next-generation solar technology.
Next-generation devices
Hydrogen devices, photonics, mechatronics and additional upstream / advanced manufacturing opportunities.
Strategic roadmap
Phase I
6 GW, N-Type Ingot + Wafer + Semiconductor pilot line + Neocloud, In execution
Phase II
Integrated Wafer Manufacturing, Hyper-Pure Polysilicon and critical consumables , miniFAB Strategic direction / subject to execution
Phase III
Advanced Materials / Semiconductor Optionality, Future optionality
Strategic positioning
Six disciplines of execution
Technology
Yield, quality, efficiency
Project Execution
Construction, equipment, commissioning
Capital
Equity, debt, working capital
Supply
Competitive polysilicon availability
Customers
Qualification and long-term offtake
Policy
ALMM / PLI / state incentives