Products

Featured products

Contact us

Renshuo Perovskite's Commercial Modules Approach Silicon-Based Solar Cell Performance

2026-01-15

Renshuo Perovskite's Commercial Modules Approach Silicon-Based Solar Cell Performance

Recently, Renshuo Perovskite's mass-produced perovskite solar module (1.2m×0.6m) has been certified by TÜV SÜD, achieving a full-area efficiency of over 22% and an output power of 158.4W. This breakthrough sets a new world record for the efficiency of square-meter-level commercial perovskite modules.This breakthrough indicates that the power generation capability of perovskite photovoltaics is approaching that of mainstream silicon-based modules, marking a new stage of development in the industrialization process.

Perovskite modules

Breakthrough in Perovskite Mass Production Efficiency, Power Generation Performance Approaches Mainstream Silicon-Based Solar Cells

Thanks to superior weak-light performance and a low temperature coefficient, perovskite photovoltaics achieve over 10% higher actual power generation than silicon-based modules at the same rated conversion efficiency. Perovskite modules with 22% efficiency can match the actual power output of mainstream silicon-based modules such as TopCon (around 24% efficiency). While silicon technology is approaching its efficiency ceiling, perovskite still holds significant potential for improvement through ongoing formula innovations, reduced edge effects, and optimized production processes.Since the equipment integration of Renshuo Perovskite’s 150 MW pilot production line in early 2024, the company has systematically advanced multiple key technologies, including AI-enabled high-throughput formula R&D, controlled uniform crystallization, high-quality laser scribing, and novel encapsulation methods. In less than two years, the mass production efficiency of their square-meter-scale perovskite modules has achieved a leap from 15% to 22%, fully demonstrating Renshuo's global leadership in perovskite mass production technology.    

Mainstream silicon-based modules

Perovskite Power Stations Achieve Stable Output Without Degradation, Reliability Receives Authoritative Certification

Perovskite modules have consistently achieved "zero degradation" output in multiple certification tests, fully demonstrating the maturity of Renshuo Perovskite's mass production process and the stability of its product performance. In terms of reliability certifications, Renshuo Perovskite's products have successively obtained certifications or approvals from TÜV Rheinland (IEC 61215/61730), the China Quality Certification Center (CQC), Underwriters Laboratories (UL) in the United States, and the Japan Photovoltaic Acceleration Center (JP-AC). Regarding reliability field demonstrations, data from multiple megawatt-scale pilot projects indicate that perovskite power stations exhibit virtually no degradation during operation.

Perovskite mass production

Building a Diversified Product Portfolio, Differentiated Competitive Advantages Become Prominent

Renshuo Perovskite has established a technology system centered on industrial single-junction perovskite, supplemented by perovskite-silicon tandems, all-perovskite tandems, and flexible perovskite technologies. Its product portfolio not only includes standard single-junction modules and four-terminal perovskite-silicon tandem standard modules but also features products tailored to specific application scenarios, such as building-integrated photovoltaics (BIPV) — including solar tiles, photovoltaic paving blocks, solar fences, and photovoltaic curtain walls — as well as consumer electronics products.

Perovskite modules

Application Scenarios Continue to Expand, Commercialization Process Accelerates Comprehensively

Driven by continuous breakthroughs in mass production efficiency and stability, Renshuo Perovskite's products have been widely demonstrated and applied in diverse real-world scenarios, including building facades, distributed rooftop installations, integrated solar storage and charging carports, and large-scale power stations. The theoretical advantages of perovskite technology are gradually being transformed into differentiated competitive product strengths through innovations in mass production processes.

  • Demystifying Beam Splitting Technologies in Perovskite Photovoltaic Laser Processing
    Demystifying Beam Splitting Technologies in Perovskite Photovoltaic Laser Processing
    The transition to gigawatt-scale perovskite solar production hinges on precision laser processing, where beam splitting technology plays a pivotal role. By dividing a single laser source into multiple beams, this technique enables simultaneous scribing of P1-P3 patterns and edge isolation (P4), directly impacting throughput, dead zone control, and production costs. Current industrial approaches primarily include mechanical beam splitting and diffractive optical elements (DOEs), each with distinct advantages for perovskite’s thermal sensitivity and scalability requirements.
    More
  • The Application of Laser Technology in the Industrialization of Perovskite Solar Cells
    The Application of Laser Technology in the Industrialization of Perovskite Solar Cells
    Perovskite solar cells (PSCs) represent the third generation of thin-film solar technology, renowned for their high efficiency, low cost, and flexibility. As industrialization progresses, laser technology has emerged as a critical enabler, addressing key challenges in precision processing and scalability. This article explores the multifaceted role of lasers in PSC manufacturing.
    More
  • Roll-to-Roll (R2R) Laser Scribing System for Thin-Film Solar Cells
    Roll-to-Roll (R2R) Laser Scribing System for Thin-Film Solar Cells
    The equipment utilizes a high-energy-density laser beam, precisely controlled by a computer system, to process roll-to-roll thin-film solar cell materials according to pre-programmed scribing patterns. Through laser thermal or cold processing effects, the thin-film material is instantaneously vaporized, separated, or modified, achieving precise scribing to either segment the cells or create specific circuit patterns on them.
    More
  • Perovskite Photovoltaic Module
    Perovskite Photovoltaic Module
    Lecheng's laser scribing equipment, equipped with a high-precision laser control system, achieves micron-level patterning accuracy with smooth, thermally damage-free edges. This significantly reduces internal resistance losses in solar cells, pushing power conversion efficiency to industry-leading levels—perfectly meeting the high-power output demands of mass production.
    More
  • High-Precision Laser Micromachining Equipment
    High-Precision Laser Micromachining Equipment
    Laser high-precision micromachining technology achieves material processing through precise control of core parameters such as wavelength, pulse width, and energy density, utilizing either thermal or cold processing mechanisms. This induces instantaneous material vaporization, melting, or modification, enabling operations such as cutting, drilling, engraving, and surface treatment. It stands as a pivotal technology in high-precision manufacturing.
    More
  • Customer Acclaim
    Customer Acclaim
    This prestigious accolade has significantly elevated Lecheng Intelligent's industry visibility and reputation, distinguishing it as a trusted leader among suppliers. The recognition solidifies its competitive edge and lays a robust foundation for market expansion.
    More

40px

80px

80px

80px

Get Quote