At Crystal Technologies, we are a reliable supplier of DCR solar cells, partnering with leading domestic manufacturers to deliver high-quality and compliant solutions across India. Through strong strategic collaborations, we ensure a consistent supply of M10R and G12R DCR solar cells that meet MNRE guidelines and international quality standards. With a pan-India distribution network and a commitment to performance, reliability, and timely delivery, Crystal Technologies supports solar module manufacturers and EPC partners with dependable DCR cell solutions for utility-scale, commercial, and residential projects.
We deliver high-performance DCR solar cells that combine advanced technology,
assured
compliance, and dependable supply. Our portfolio of N-Type TOPCon Bi-Facial and
P-Type Mono
Bi-Facial solar cells is sourced through trusted domestic manufacturing
partners and fully
aligned with MNRE DCR requirements, ensuring quality, traceability, and
long-term reliability.
Engineered for high conversion efficiency, low degradation, and excellent bifacial
gain, our
cells perform consistently even under high temperatures and challenging operating conditions.
With tight binning control, IEC-certified reliability, and PID & LID
resistance, we help module
manufacturers achieve superior power output and uniform module performance.
Backed by a pan-India supply network, strong industry
partnerships, and a commitment to timely
delivery, we go beyond product supply—supporting our partners with scalable
solutions, technical
confidence, and long-term value. Choosing us means choosing
performance, compliance, and trust
to build efficient, future-ready solar modules that power India’s clean energy
growth.
Advanced Tunnel Oxide Passivated Contact (TOPCon) technology delivers higher efficiency and superior carrier lifetime compared to conventional P-type cells.
Generates energy from both front and rear sides, capturing reflected light (albedo) to increase overall energy yield by 5–20%, depending on installation conditions.
Negligible LID (Light Induced Degradation) and very low LeTID ensure stable, long-term performance throughout the module lifecycle.
Superior thermal performance ensures minimal efficiency loss in high-temperature environments, ideal for Indian climatic conditions.
Strong resistance to PID, moisture, and environmental stress, ensuring long operational life and consistent performance.
Fully aligned with MNRE Domestic Content Requirement guidelines, supporting certified domestic solar manufacturing.
Tested and certified as per IEC 61215 and IEC 61730 standards for mechanical strength, electrical safety, and long-term reliability.
Ideal for utility-scale solar plants, commercial & industrial (C&I) rooftops, and high-performance distributed solar projects.
Higher energy yield, lower degradation, and longer lifespan translate into improved LCOE and better project economics.