Credence Solar Panels Private Limited, a leader in high-performance solar energy solutions, is proud to announce a significant industry achievement, and it has become the first and only manufacturer to have its G12 cells UPTO 730W modules officially approved under the Approved List of Models and Manufacturers (ALMM).
As the solar industry continues to evolve at a rapid pace, Credence Solar remains at the fore front, setting new standards in efficiency, quality, and innovation. Our newly approved 730 Wp modules, powered by cutting-edge G12 cell technology, deliver superior output, unmatched reliability, and exceptional durability. These advancements empower large-scale and commercial solar projects to optimise their energy production and maximise overall yield.
The ALMM approval certifies that Credence Solar’s 730W modules meet the high-quality, safety, and efficiency standards set by the Ministry of New and Renewable Energy (MNRE), Government of India. This certification not only guarantees exceptional
product reliability but also reinforces India’s commitment to accelerating its clean energy transition. Credence Solar has also announced that its new production line will be commissioned within the next 15 days, expanding its annual manufacturing capacity to 2.2GW — specifically targeting the growing demand for higher-wattage, higher-efficiency modules. In addition to its G12 leadership,Credence is also ahead in the M10R segment, offering modules up to 650W.
Key Features of Credence Solar’s 730W Modules:
- G12 Cells for enhanced efficiency and power performance.
- 730Wp Capacity for optimal energy generation.
- ALMM Approved – complies with MNRE’s toptier quality standards.
- Ideal for utility-scale, commercial, and industrial solar applications.
- Enhanced Durability – dual back-rib design for structural robustness and reduced glass sagging
- Optimized LCOE – delivering better returns and lower balance-of-material costs
Credence Solar invites key industry stakeholders, EPC contractors, and renewable energy developers to discover and explore the next generation of high-capacity solar modules, designed to drive greater efficiency, performance, and sustainability in the solar power sector.