Technology

Wafer production is evolving toward thinner formats, tighter process control, and application-specific designs aligned with advanced cell architectures. (Photo Credit: TaiyangNews)
Thinner wafers, tighter material control, and alternative gas-to-wafer approaches are reshaping the wafering landscape
GCL SI’s EcoPower Mate mobile PV storage system is designed for mining, oil and gas, and temporary infrastructure applications.
The company’s EcoPower Mate system combines mobile solar PV and storage for remote industrial, temporary, and infrastructure applications
SolarEdge's latest C&I ESS.
The company’s latest product, which can operate as a standalone or AC-coupled solution, can be configured as a 50 kW or 100 kW ESS
Enphase's IQ battery.
The company’s residential battery system can now be integrated with Evergen’s VPP platform
AI-Driven: One interesting development in crystal growth equipment is AI-driven automated control of necking and shouldering, achieving 99% accuracy.
Larger crystal pullers, AI-assisted controls, and lower oxygen levels become central to crystal growth
Ford Energy’s DC Block storage systems use large-format prismatic LFP cells integrated into 20-foot containerized BESS platforms. (Photo Credit: Ford Energy)
Ford Energy introduces 5.45 MWh containerized storage systems built around large-format prismatic LFP cells
Bin Fan, Founder and CEO of GCL Optoelectronics, discusses the differences between 2-terminal and 4-terminal tandem architectures during the TaiyangNews Conference on Next-Generation PV Technologies.
The company discusses manufacturing flexibility, material tolerance, and field-performance aspects of its 4-terminal tandem approach
Huawei's latest launch event in Bangladesh.
This product features active and passive charge optimization, and boasts an RTE of up to 91.3%
Polysilicon manufacturing is increasingly focusing on energy efficiency, process integration, and large-scale production economics. (Photo Credit: TaiyangNews)
Lower power consumption, larger plant capacities, and process integration are becoming key drivers in next-generation polysilicon production
Smarter Tracking: The latest generation of solar trackers combines intelligent control systems with advanced mechanical and weather-protection features.
The latest TaiyangNews Market Survey on Solar Trackers covers developments in AI-assisted controls, advanced stowing approaches, terrain adaptability, and evolving tracker architectures
SABIC’s NORYL V0 resin grades are developed for laser-welded housings used in PV electronics such as microinverters and junction boxes.
The company’s new NORYL V0 resin grades target faster assembly, thinner enclosures, and long-term outdoor durability for solar electronics
Anker SOLIX's latest XE series home battery.
The company’s new storage system has a rated capacity of 14 kWh and 100% DOD per battery unit, making it eligible for Australia’s tiered rebate structure
HZB’s Rutger Schlatmann highlighted the efficiency potential, stability progress, and commercialization pathway of perovskite-silicon tandem technology. (Photo Credit: TaiyangNews)
HZB outlines progress in tandem efficiency, outdoor stability, and pathways toward industrial-scale manufacturing
Cost Drivers: At STC.I 2026, Dhruvit Lathiya, Chemical Engineer & Project Manager at Silicon Products Technologies (SPT), highlights power as the dominant cost in polysilicon production.
TaiyangNews conference discussions highlighted polysilicon supply concentration, process technologies, and emerging efforts to localize upstream solar manufacturing
Morphological analysis showed that TPP-Zn passivation improved grain growth and reduced surface irregularities in CsPbIBr₂ perovskite films
Researchers use zinc porphyrin surface treatment to improve charge transport, suppress recombination, and enhance stability in CsPbIBr₂ solar cells
The TaiyangNews Next-Generation PV Technology conference focused on the commercialization roadmap for perovskite-silicon tandem solar technologies, covering efficiency, stability, manufacturing scale-up, materials, equipment, and module reliability.
From record laboratory efficiencies to GW-scale manufacturing, industry leaders discussed the technological, manufacturing, reliability, and commercialization challenges influencing the future of pero ...
AIKO's French low-carbon standard certified module.
The company’s low-carbon modules are now enlisted in the country’s Certisolis Registry of products, making a residential project eligible for reduced VAT rate
TOPCon, BC, and HJT technologies are evolving through combined advances in cell architecture, module design, and materials optimization. (Photo Credit: LONGi)
Module layouts, materials engineering, and advanced architectures are increasingly shaping the next phase of PV performance gains
Long Warranty: Mechatron’s DAT portfolio combines gearless hydraulic drives with full azimuth tracking and a 20-year warranty covering the structure, motor, and electronics.
The company’s DAT lineup integrates gearless hydraulic double-drive systems, full azimuth rotation, and high wind-resistance capabilities
Sunwoda's liquid-cooled BESS.
During testing, the container’s structural integrity was maintained without thermal runaway propagation to 4 adjacent units
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