Trina Solar PV Module Introduction
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Power Beyond Solar The World Leading PV and Smart Energy IoT Total Solution Provider Trina Solar PV Module Introduction

PVUMJOF Company Introduction Brand Value Product Reliability Product Technology Product Portfolio Vertex Series Supply Capacity Planning Carbon Neutral

Company Introduction Brand Value WORLD’S LEADING SOLAR COMPANY MOST BANKABLE BRAND Trina Solar (688599. SH), founded in 1997, is a manufacturer of photovoltaic module, and provider of smart energy solution, integrating Trina Solar's modules helps the power station projects to obtain bank financing more easily. As a result of company’s product innovation, R&D, production, sales, power station and system, EPC, O&M, smart micro-grid and multi-energy complementary systems development reliability and stability, people in the market global financial market and photovoltaic industry have strong...

GROUND-BREAKING INNOVATIONS For the past two decades, Trina Solar has been at the forefront in solar Innovation. Trina solar owns three national-level innovation platforms, the State Key Laboratory of PV Science and Technology(SKL), the National Enterprise Technology Center and the New Energy IoT Industrial Innovation Center, where has international top scientists from over ten countries. Trina Solar has set 22 world records in PV cell efficiency as well as module output which makes it hold the largest number of patents in the PV industry. Patents Applied Standards Issued A Total of 22...

Product Reliability Product Technology RELIABLE PRODUCT MULTI-BUSBAR TECHNOLOGY Trina Solar’s products have always maintained high reliability and solid performance based on its commitment to quality first policy. The world's first company for mass production of MBB multi-busbar module The company has been ranked as “Top performance” in the PVEL scorecard for 7 consecutive years. Winners of the award are Compared to the conventional design of five busbar, the multi-busbar(MBB) technology can increase output power of PV modules by selected on the basis of the annual PV Module Reliability...

Product Technology Product Technology NON-DESTRUCTIVE CUTTING TECHNOLOGY HIGH-DENSITY INTERCONNECTION TECHNOLOGY Non-destructive cutting uses low-temperature laser technology, combined with the principle of thermal expansion and contraction, The cell spacing of the traditional module is generally 2mm with the restriction of manufacturing process, ribbon strength, yield,etc. so that the silicon wafers are naturally separated by thermal stress without micro-cracks. With the breakthrough of ribbon technology and process, Trina Solar adopts a mature and low-risk method as the high-density Trina...

Product Technology Product Technology BIFACIAL PERC & DUAL-GLASS TECHNOLOGY Highly reliable A typical PERC structure employs aluminum back surface field (AI-BSF), which blocks the absorption of light on the back; while Bifacial PERC is upgraded and optimized by adopting AI grid to receive scattered solar radiation and thus achieve a bifaciality rate of over 70%.Trina Solar has the most mature R&D and industrialization capabilities in the field of bifacial PERC cell technology. High resistance Solar radiation (front side) Solar radiation (front side) Bifacial PERC Single PERC Front Power...

Product Portfolio Product Portfolio VERTEX FAMILY COVER ALL APPLICATION SCENARIOS Trina solar Vertex series Cover all application scenarios and have 30-90 power advantage over industrial level Including Residential, C&I and Utility, etc. RESIDENTIAL, COMMERCIAL & INDUSTRIAL GROUND-MOUNTED PLANT Industrial average

Vertex Series Vertex Series Module Model dual-glass modules and back sheet modules. They can be easily matched with existing mainstream photovoltaic system and can be applied to both utility and C&I projects. Trina Vertex series with ultra-high power is advantageous in the manufacturing supply chain, the compatibility of inverters, brackets, etc. in the system, and the value of customers such as LCOE and BOS. The combination of non-destructive cutting, high-density interconnection and MBB(multi-busbar) can make Vertex modules reach high efficiency and high Vertex 倗Backsheet倛 reliability;...

Module Model Vertex S series is Trina Solar’s fully new-generation high-efficiency PV module for residential or industrial and commercial Designed for Residential and C&I Scenarios Maximum Power rooftop applications. Equipped with 210 mm cell, combined with multi-busbar, non-destructive cutting and high-density interconnection technologies, it has output power of over 405 W, which is widely known as “small in size, big in power”. With three panel models to choose from, the product satisfies diverse customer requirements for residential as well as More Installation, Less Cost, and High...

Module Model Trina Solar 166 series could cover all kinds of application scenarios including residential, C&I and utility-scale projects. 166 series comes in two versions of the bifacial modules and backsheet modules, both featuring high reliability in extreme Basic Product Maximum Power conditions, and extended 25-30 year warranty and more power generation with the integration of half-cut, dual glass (bifacial model) and multi-busbar technologies. Trina solar’s 166 series are recognized by industry professionals for their proven performance in the field and also has the leading shipments...

Supply Capacity Planning Supply Capacity Planning TRINA SOLAR GLOBAL MODULE AND CELL SUPPLY CAPACITY PLANNING Suqian Factory Yancheng Factory Changzhou Factory Yiwu Factory Overseas Factory As of December 31 2020

VERTEX CASE STUDY C&I rooftop project in Zhe Jiang Province,China Ground-mounted power station project in Shan Xi Province, China Distributed Project in Vietnam Tracker power station in Hebei Province C&I rooftop project in Belgium, Europe Ground-mounted power station project in Qinghai Province

Carbon Neutral For two consecutive years Ranked #1 in SVTC Solar Scorecard Smoke emissions reduced by Green power generation Trina Solar officially joincd the golbal science Based Targets initlative(SBTI) Spport the global 1.5℃ target limit