我们的异质结电池技术结合了晶体硅与非晶硅薄膜的优势，具有高转换效率、优异的温度特性和低光衰减率。这使其成为高效能光伏电站的理想选择。Our heterojunction technology combines the advantages of crystalline silicon and amorphous silicon thin films, featuring high conversion efficiency, excellent temperature characteristics, and low light-induced degradation. This makes it an ideal choice for high-performance photovoltaic power plants.
作为第三代光伏技术的引领者，我们的钙钛矿电池在弱光响应、轻量化和柔性化方面表现卓越。凭借独特的材料和工艺，我们正推动其大规模商业化应用，为分布式能源和移动能源提供创新解决方案。As a leader in third-generation photovoltaic technology, our perovskite solar cells excel in low-light response, lightweight, and flexibility. With unique materials and processes, we are driving their large-scale commercial application, providing innovative solutions for distributed and mobile energy.
通过将钙钛矿顶电池与异质结底电池相结合，我们的叠层电池技术能够更有效地利用太阳光谱，理论效率远超传统电池。这是我们突破光伏效率极限、引领行业未来的核心技术。By combining a perovskite top cell with a heterojunction bottom cell, our tandem cell technology utilizes the solar spectrum more effectively, with a theoretical efficiency far exceeding traditional cells. This is our core technology for breaking the limits of photovoltaic efficiency and leading the future of the industry.
我们自主研发的太阳光模拟器在行业内处于领先地位。无论是稳态氙灯模拟器还是双模态LED模拟器，都能提供符合国际AAA级标准的光源，确保我们电池产品性能测试的精准性和可靠性。Our independently developed solar simulators are at the forefront of the industry. Both our steady-state xenon lamp simulators and dual-mode LED simulators provide light sources that meet international Class AAA standards, ensuring the accuracy and reliability of our solar cell performance tests.
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组串匹配监测仪是光伏电站精细化运维的关键工具。它能实时监测组串中单块组件的运行效能，精确诊断因失配、积灰等问题造成的功率损失，从而建立发电量标杆，是提升电站整体KPI的利器。The String Match Analyzer is a key tool for refined O&M of photovoltaic power plants. It monitors the operational efficiency of individual modules within a string in real-time, accurately diagnosing power losses caused by mismatch, soiling, and other issues. This helps establish a benchmark for power generation and is a powerful tool for improving the overall KPI of the power station.
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一种基于机器学习的钙钛矿太阳能电池设计方法及装置A Machine Learning-Based Design Method and Apparatus for Perovskite Solar Cells
一种钙钛矿钝化剂钝化策略评估方法、装置、设备及介质An Evaluation Method, Apparatus, Equipment, and Medium for a Perovskite Passivator Strategy
一种基于深度生成模型的钙钛矿组分比例分析方法及装置A Perovskite Component Ratio Analysis Method and Apparatus Based on a Deep Generative Model
一种配体自包覆钙钛矿量子点的制备方法A Preparation Method for Ligand Self-Coated Perovskite Quantum Dots
一种高稳定钙钛矿异质结量子点的制备方法A Preparation Method for Highly Stable Perovskite Heterojunction Quantum Dots
一种光伏储能发电一体机及其使用方法An All-in-One Photovoltaic Energy Storage and Power Generation Machine and Its Method of Use
一种基于深度生成模型的钙钛矿组分比例分析方法A Perovskite Component Ratio Analysis Method Based on a Deep Generative Model
一种便于拆装涂布膜头的涂布机A Coating Machine with an Easy-to-Disassemble Coating Head
一种狭缝涂布气体氛围控制装置A Gas Atmosphere Control Device for Slot Coating
一种自动拆卸及安装的狭缝涂布模头An Automatically Detachable and Installable Slot Coating Die Head
一种可用于贴装在建筑玻璃幕墙上的柔性钙钛矿光伏组件A Flexible Perovskite Photovoltaic Module for Building Glass Curtain Walls
一种实时检测的狭缝涂布装置A Real-Time Detection Slot Coating Device
一种氛围可控的激光微纳加工设备A Laser Micro-Nano Processing Equipment with Controllable Atmosphere
一种用于玻璃印刷的治具A Fixture for Glass Printing
