Manufacturing Base in Odisha
Ziqora is establishing a state-of-the-art manufacturing project base in **Odisha, India**. Choosing Odisha provides us with key logistical advantages, including ready access to deepwater ports, excellent power grid infrastructure, and state-backed incentives for clean energy industrial expansion.
Our facility is designed to host highly automated lines for slicing silicon ingots into wafers and processing those wafers into high-efficiency solar cells, filling a critical gap in the domestic photovoltaic value chain.
Planned Infrastructure
- Location:Odisha, India
- Planned Manufacturing:Solar Wafers & Cells
- Planned Wafer Capacity:5 GW
- Planned Cell Capacity:5 GW
Manufacturing Vision
Our industrial vision centers on smart, scalable, and automated factory setups. By implementing Industry 4.0 principles, we aim to build a zero-tolerance quality inspection pipeline featuring AI-driven diagnostics at every slicing, etching, and chemical diffusion stage.
This automated framework will allow us to achieve high-throughput yields, minimize material wastage, and maintain consistent mechanical and electrical standards across all output wafer lots and solar cell grids.
Growth Roadmap
Our planned phases towards launching and scaling domestic solar component fabrication.
Project Development (Current)
Focusing on feasibility studies, environmental impact assessments, land procurement in Odisha, conceptual factory blueprints, and raw materials sourcing arrangements.
Manufacturing Setup
Civil construction of factory buildings, procurement of high-precision ingot pullers, wafer slicers, and cell diffusion machinery, followed by utilities integration.
Production Launch
Commissioning test production runs, debugging assembly lines, obtaining national and international product certifications, and ramp-up to initial commercial output.
Capacity Expansion
Scaling production lines to reach full 5 GW annual wafer slicing and 5 GW cell processing throughput capacity to service module manufacturers across India.
Technology Advancement
Integrating next-generation cell designs (such as TOPCon and HJT cells) and advanced materials research to continuously improve module conversion efficiency.