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X-Solar at SNEC 2026: A Full BIPV Roofing Line-Up That Kept Buyers at the Booth In June 2026, X-Solar took part in SNEC, one of the world's largest photovoltaic exhibitions, held in Shanghai. Over the show days our booth welcomed a continuous stream of distributors, EPC contractors, roofing specialists and project developers from Europe, Southeast Asia, the Middle East and Latin America. The centrepiece of our display was a complete building-integrated photovoltaic (BIPV) roofing portfolio: curved roof tiles, flat roof tiles, color steel roof tiles and 560W flexible modules. The result exceeded our expectations. Buyers were able to walk around full-scale roof mock-ups, compare surface finishes side by side and see how each product integrates into real residential, commercial and industrial roofing systems. Many visitors returned with their technical teams for a second and third visit, and a number of concrete project discussions are now moving into the sampling and quotation stage. Four Product Families, One Integrated Roofing Solution Rather than presenting isolated panels, X-Solar showed a complete roof-to-module solution. Each product family was selected to solve a specific roofing challenge: Product Typical Application Key Advantages Curved Roof Tiles Villas, heritage-style housing, pitched residential roofs Traditional curved-tile aesthetics with hidden photovoltaic cells; interlocking waterproof structure; no compromise on roof appearance Flat Roof Tiles Modern residential roofs, townhouses, commercial rooftops Clean planar finish, high coverage per square metre, fast dry installation and easy maintenance access Color Steel Roof Tiles Factories, warehouses, logistics parks, agricultural buildings Large-span metal roofing with integrated PV; lightweight, corrosion resistant and suitable for retrofit projects Flexible 560W Modules Curved roofs, carports, temporary structures, lightweight roofs High power output in a flexible module format; mounting method and roof suitability require project-specific assessment. What Visitors Responded To Real roof mock-ups. Buyers could judge colour, texture and tile strength with their own hands instead of looking at catalogue photos. The 560W flexible module. Its combination of high output and bendability drew particular attention from contractors working on curved and lightweight roofs. One supplier, one warranty chain. Roofing contractors valued the ability to source tiles and modules together, simplifying procurement and after-sales responsibility. Installation speed. Live demonstrations of the interlocking and adhesive mounting methods answered the most common concern raised by EPC teams: labour cost. Model-Specific Documentation Request the certificates, declarations and test reports for the exact product model and supplied configuration. Confirm the covered models, applicable standards, document validity and required project documents for the intended market. Our production base combines automated lamination and encapsulation lines with strict incoming-material inspection. For buyers in the EU, we supply the technical file package required for local grid connection and building approval. Looking Ahead Following SNEC 2026, X-Solar is expanding its BIPV product range and increasing capacity for flexible modules to shorten lead times. Sample kits covering all four product families are available for qualified distributors and project developers. If you are sourcing BIPV roofing products — curved tiles, flat tiles, color steel tiles or flexible modules — our export team is ready to discuss specifications, sample orders and project pricing. Contact X-Solar today and let us build the right roofing solution for your market.

1. Exhibition Overview: A Strong Presence in Munich Our company recently showcased its latest flexible solar modules at an international solar exhibition in Munich, Germany, one of the most influential renewable energy events in Europe. During the exhibition, our booth attracted a steady stream of visitors, including solar distributors, EPC contractors, project developers and industry professionals from Germany and across Europe. The strong interest in our flexible photovoltaic solutions confirmed the growing demand for innovative, lightweight solar products in the European market. 2. Product Technical Highlights: Flexible Solar Modules At the heart of our showcase were our flexible solar modules, designed to overcome the limitations of traditional rigid panels. Key technical advantages presented at the exhibition included: Ultra-lightweight design — significantly lighter than conventional glass panels, making installation easier and reducing structural load Excellent flexibility — the modules can adapt to curved and irregular surfaces, opening up new installation scenarios High power output — advanced cell technology delivers strong conversion efficiency and reliable energy yield Durability and installation — confirm the supplied model's test reports, mounting requirements and site conditions for the intended project. Easy installation — simplified mounting reduces labor time and overall system cost 3. European Market Application Scenarios European customers showed particular interest in the practical applications of flexible photovoltaic technology: Low load-bearing rooftops — ideal for commercial and industrial buildings where heavy glass panels cannot be installed Curved and complex roofs — flexible modules follow the roof contour, maximizing available installation area Building-integrated photovoltaics (BIPV) — a perfect fit for modern architecture and renovation projects that demand aesthetics Mobile and portable power — suitable for vehicles, caravans, boats and off-grid applications With Europe's accelerating energy transition and growing demand for decentralized solar power, flexible modules are becoming a preferred choice for projects where traditional panels are not viable. 4. On-Site Business Negotiations and Industry Exchange Beyond the product display, the exhibition served as an important platform for business negotiations and industry exchange. Our sales and technical teams held in-depth discussions with numerous prospective partners on topics such as: Distribution and agency cooperation in Germany and neighboring markets Tailored solutions for specific rooftop and project requirements Technical support, after-sales service and logistics arrangements Latest industry trends, policy drivers and customer preferences in the European solar sector These conversations not only generated valuable business opportunities but also provided deep insights that will guide our product development and market strategy in Europe. 5. Overseas Strategy and Future Outlook Participating in the Munich exhibition is a key step in our overseas expansion strategy. Looking ahead, we will continue to strengthen our presence in Europe by: Expanding our partner network across key European markets Enhancing local technical support and after-sales service capabilities Continuously innovating flexible solar technology to meet evolving market needs Building long-term, win-win cooperation with distributors, installers and project developers We are confident that our high-quality flexible solar modules, combined with a customer-centric approach, will create lasting value for European partners. We look forward to turning the connections made in Munich into successful projects and a brighter sustainable future together.

In Hatten, Germany, a warehouse rooftop has become the facility’s green power source. The project deployed 980 pieces of Xingsheng Energy X-SOLAR 560W flexible PV modules, with a total installed capacity of 548.8kWp. Based on an estimated annual yield of roughly 900kWh/kWp for northern Germany, the system is projected to generate around 494,000 kWh of green electricity per year. If most of the generated power is consumed on-site by the enterprise, with reference to Germany’s average non-residential electricity price of €0.2264/kWh, the project can theoretically cut annual electricity purchase costs by approximately €112,000. Calculated against Germany’s 2025 average carbon emission factor of 344 gCO₂/kWh, it will reduce CO₂ emissions by about 170 tonnes annually. From laying the first panel to full commissioning, installation of all 980 modules was completed within just one week. What was once merely a storage building has now become a key asset for the business to produce clean power and lower energy expenses.  A PV Solution Tailored for Light-load Color Steel Rooftops The warehouse features a color steel roof with limited load-bearing capacity. Meanwhile, the client wanted to preserve roof integrity and avoid potential leakage risks caused by roof drilling. The core challenge was deploying a PV system under such restrictive rooftop conditions. To match the actual site requirements, the project adopted Xingsheng Energy X-SOLAR 560W frameless flexible PV modules. Each module weighs approx. 8.4 kg, with an areal density of only 3.1 kg/㎡ and a thickness of roughly 2.7 mm. The module can be considered for light-load color steel rooftops, subject to a project-specific structural and installation assessment. Structural Adhesive Bonding: 980 Modules Installed in 7 Days Based on the rooftop characteristics, this project uses structural adhesive bonding. Flexible PV modules are attached directly onto qualified color steel surfaces, with no roof penetration required. This installation method minimizes disturbance to the original roof structure and waterproof layers, eliminating on-site rack mounting work. The combination of lightweight modules and adhesive installation greatly simplifies construction workflows. Note: Adhesive mounting is not universally applicable to all buildings. Before implementation, a full assessment of roof substrate, structural load, wind load, waterproof drainage and local codes must be performed to validate the proper installation solution for each project. From Warehouse Rooftop to On-site Green Power Generator Commercial and industrial buildings such as warehouses and factories typically feature large rooftop areas, making them prime candidates for distributed solar PV systems. However, roof structure, load capacity and waterproof requirements vary widely across buildings. For color steel rooftops with limited load capacity where penetration-free installation is preferred, lightweight flexible modules deliver a highly adaptable alternative. The completed Hatten project added a 548.8kWp rooftop PV system while preserving the warehouse’s original storage function. Previously underutilized roof space is now generating renewable power for the company, cutting energy costs and supporting low-carbon operations. Project Label: Xingsheng · Germany C&I Rooftop Project | X-SOLAR · Germany Commercial & Industrial Rooftop Project 

Editorial update 3 November 2026. Originally published 29 March 2024. This updated summary reflects the final Energy Performance of Buildings Directive, (EU) 2024/1275. EU solar-installation requirements phase in by building category, size and date. Article 10 makes deployment conditional on technical suitability and economic and functional feasibility. EU countries set practical implementation criteria and possible exemptions. Building types and deadlines 31 December 2026: new public and non-residential buildings with a useful floor area above 250 m². 31 December 2027: existing non-residential buildings with a useful floor area above 500 m² that undergo major renovation or work requiring an administrative permit for building renovation, roof work or installation of a technical building system. Existing public buildings: with a useful floor area above 2000 m² by 31 December 2027; above 750 m² by 31 December 2028; above 250 m² by 31 December 2030. 31 December 2029: new residential buildings and new roofed car parks physically adjacent to buildings. Project-specific application Confirm the applicable national rules, building category, permit conditions, structural capacity and installation feasibility for each project. The Commission distinguishes solar-ready design from equipment installation requirements. Existing residential buildings are outside the directive's solar-installation mandate; national or local rules may set additional requirements. The revised directive entered into force on 28 May 2024, with a general national transposition deadline of 29 May 2026. Official sources: Directive (EU) 2024/1275, Article 10, consolidated 24 May 2026; European Commission explanation of solar energy in buildings; European Commission directive overview.

560W Flexible Solar Modules Light Up a German Commercial Rooftop Project Germany continues to lead Europe's commercial solar adoption, and a newly completed commercial and industrial rooftop installation is drawing attention across the region. The project, built with 560W flexible solar modules, has delivered excellent results since commissioning and now serves as a demonstration reference for lightweight rooftop photovoltaics in the local market. Event Overview This German commercial and industrial rooftop project was developed to help the facility owner cut grid electricity costs while keeping the existing metal roof structure completely untouched. Conventional framed glass panels were ruled out due to their heavy weight and the extensive mounting systems they require. The solution chosen was our 560W flexible solar modules, a high-power lightweight product family designed for commercial rooftops. Why 560W Flexible Solar Modules Lightweight design: low weight per square meter allows direct installation on metal-clad commercial roofs without structural reinforcement. High power output: 560W per module reduces module count, cabling and installation labor for the same system capacity. Fast installation: simple mounting process shortens construction time and lowers total project cost. Durable construction: weather-resistant materials withstand wind, snow and hail loads in German climate conditions. Proven energy yield: high-efficiency cells deliver stable, reliable power generation year-round. Project Highlights Project typeCommercial & industrial rooftop solar system LocationGermany Core product560W flexible solar modules Installation methodLightweight direct rooftop mounting Application scenarioCommercial & industrial building rooftop Current statusOperating with excellent results Excellent Results on Site Since the system was energized, the project has performed strongly: Stable power generation: the rooftop system reliably offsets daytime electricity consumption of the facility. Lower energy costs: the building owner enjoys reduced grid purchases and improved energy self-sufficiency. Structure preserved: the lightweight installation kept the original rooftop intact, protecting the building warranty and waterproofing layer. Attractive return: lower mounting costs combined with high module output support a fast payback period. Carbon reduction: clean solar electricity cuts the facility's carbon footprint and supports its sustainability targets. A Demonstration Project for the Local Market The visible success of this installation has made it a demonstration reference in the region. Neighboring businesses, energy consultants and local authorities have shown strong interest in the project, and several follow-up inquiries have already been generated. The site proves that commercial and industrial rooftops can adopt high-power solar generation without heavy structures or complex civil works. Looking Ahead This German project marks another milestone in the adoption of flexible high-power solar modules across Europe. For distributors, EPC contractors and project developers, it demonstrates a practical and cost-effective path to solar energy on commercial and industrial buildings. Planning a commercial rooftop solar project? Contact our team to learn how 560W flexible solar modules can fit your site.

Suzhou Industrial Park Villa Goes Solar: Red Flat Tiles, Smart Monitoring, Self-Consumption In one of China's most prestigious residential communities, a villa owner in the Suzhou Industrial Park decided to turn an ordinary rooftop into a clean energy asset. The goal was simple and practical: generate electricity on-site, monitor it every day from a phone, and cover household demand through self-generation and self-consumption — without sacrificing the architectural beauty of the home. Client Background The homeowner lives in a detached villa located in the Suzhou Industrial Park, Jiangsu Province, China. The family wanted a sustainable upgrade that blended seamlessly with the existing roof while reducing their reliance on the grid. Aesthetics mattered as much as performance: the roof had to look like a traditional home, not a technical installation. The Challenge Preserve the villa's elegant appearance while adding solar capacity Match the roofing style with the surrounding architecture Give the owner clear, daily visibility of energy production Maximize self-consumption to lower electricity bills The Solution: Red Flat Solar Roof Tiles We recommended and installed our red flat solar roof tiles, which merge high-efficiency photovoltaic cells with a classic flat-tile profile. The tiles integrate directly into the roof structure, so the finished surface looks like premium clay roofing while quietly generating clean power all day long. The deep red finish matched the villa's design language perfectly and satisfied the community's visual guidelines. Smart Monitoring from Your Phone The villa system described in this case includes mobile monitoring. Confirm the monitoring equipment and app functions included in the project quotation. Through a dedicated mobile app, the homeowner can view the daily power generation on their phone at any time — checking output, identifying trends, and confirming that the system is performing exactly as expected. This transparency builds long-term confidence and makes energy management effortless for the whole family. Self-Generation and Self-Consumption in Action The villa now produces much of the electricity it consumes. During daylight hours, the rooftop array powers household appliances directly, with surplus energy ready for storage or export. This self-generation, self-consumption model reduces dependence on the public grid and protects the family from rising electricity prices. Key Results Metric Outcome Location Suzhou Industrial Park, China Building Type Detached Residential Villa Product Red Flat Solar Roof Tiles Monitoring Real-time mobile app (daily generation) Energy Model Self-generation & self-consumption Homeowner Feedback Interviewed — highly satisfied with look and performance Homeowner Feedback In a follow-up interview, the property owner shared genuine enthusiasm for the project. The combination of a beautiful red roof, effortless mobile monitoring, and meaningful self-consumption made the investment feel worthwhile from day one. The family especially valued being able to check real-time generation numbers whenever they liked. Why Choose Solar Roof Tiles for Villas? Attractive design — solar tiles look like traditional roofing, not panels Higher property value — a modern, eco-friendly upgrade Lower bills — direct self-consumption cuts peak grid costs Smart control — daily generation data at your fingertips Durability — weather-resistant engineering built to last decades Conclusion This Suzhou Industrial Park villa project demonstrates how modern solar roof tiles can deliver beauty, intelligence, and real savings at the same time. If you are planning a villa solar installation and want a solution that matches your aesthetics while meeting your self-generation and self-consumption goals, our team is ready to help. Contact us today for a tailored assessment of your rooftop.

Bridging Product Selection and Roof Assessment: A New Paradigm for Distributed Photovoltaic Projects In the rapidly evolving distributed photovoltaic industry, project decision-making has undergone a fundamental shift. While earlier stages prioritized roof area as the primary feasibility indicator — larger areas meant greater development potential, favorable electricity prices enabled ROI calculations, and installed capacity outlined the project scope — today's market demands a more rigorous, front-loaded evaluation methodology. The new paradigm begins not with measurements, but with structural integrity assessment: what is the roofing substrate? Is the load-bearing capacity sufficient? How does wind load factor into the design? Do drainage and waterproofing considerations create constraints? Does the proposed installation method comply with local codes? Can future maintenance be practically achieved? If these questions remain unresolved during early stages, they inevitably materialize as project risks downstream. The critical insight driving X-SOLAR's approach: product selection must be embedded within roof assessment, rather than retrofitted onto pre-determined designs. Two Specialized Lightweight Module Series for Distinct Roof Typologies X-SOLAR, by Xingsheng Energy, targets two categories of lightweight photovoltaic modules, each engineered for specific roofing scenarios: XSFM-560-T2 Reference Configuration Without Mounting Brackets Parameter Specification Technology N-Type TOPCon Weight per unit area 3.1 kg/m² Min Bending Radius 0.5 meters Recommended Use Curved roofs, low-load structures Installation Conforms to roof contours when assessed suitable XSFM-560-T2 Reference Configuration With Mounting Brackets Parameter Specification Technology N-Type TOPCon Weight per unit area 4.8 kg/m² Recommended Use Flat roofs, low-slope commercial buildings Mounting Options Rail systems, single-clamp, dual-clamp Both module variants share N-TOPCon technology architecture, ensuring high-efficiency energy conversion while differing in mechanical form factors for distinct installation needs. Scenario-Based Engineering: Matching Form Factors to Structural Realities Curved-roof projects demand tight integration between module geometry and existing roof morphology — fundamentally different technical evaluations that map directly to specific product selections. The value of lightweight construction extends beyond weight metrics alone. It serves a comprehensive project delivery framework: Front-loaded structural clarity: Early-stage assessments yield definitive conclusions about roof viability Data-driven solution selection: Product choices informed by documented engineering criteria Site-aligned installation: Fastening approaches reflect actual field conditions and code compliance Maintenance-integrated lifecycle: Long-term serviceability built into original design For suitably assessed roofs, non-penetrative adhesive bonding may eliminate mechanical fasteners entirely, reducing structural disturbance during installation. Applicability always depends on individual site evaluation and technical validation. Parameters Are the Starting Point — Not the Destination During this industry adjustment phase, clients exercise heightened diligence. Specifications carry less persuasive weight than demonstrated execution capability. True project quality stems from application experience, installation pragmatism, and proven long-term operational logic. X-SOLAR Application Portfolio Curved industrial and commercial roofs Villa and residential rooftops Building facades and wall-mounted installations Legacy industrial facility roof retrofits Industry Perspective: Adjustment Periods Reward Precision An industry adjustment phase does not diminish photovoltaic opportunity — it redefines how opportunity gets captured. Companies possessing genuine project evaluation capabilities, product adaptation expertise, and technical communication proficiency will distinguish themselves because the market now rewards depth over breadth. X-SOLAR remains committed to placing product knowledge at the heart of roof assessment, enabling project teams to move from optimistic assumptions to engineered certainty.

560W Flexible Solar Modules on a German Commercial Rooftop: A Reference Project for Lightweight BIPV As Europe accelerates its transition to clean energy, Germany remains one of the most demanding and mature solar markets in the world. Commercial and industrial rooftop owners across the country are looking for photovoltaic solutions that combine high power output, fast installation, and absolute respect for existing building structures. This case study presents a German commercial and industrial rooftop project powered by 560W flexible solar modules, which delivered excellent results and has become a demonstration reference in the local market.   Project Background The project site is a commercial and industrial facility in Germany with a large metal-clad rooftop. The building owner had two key requirements: first, to maximize renewable energy generation on the available roof area, and second, to avoid any intervention that could compromise the integrity of the roof structure. Traditional framed glass modules were ruled out because of their weight and the need for extensive mounting systems and roof penetrations. Challenge: Heavy Conventional Modules vs. Lightweight Flexible Design Structural load limits: conventional solar panels with aluminum frames and glass are too heavy for many metal roofs without expensive reinforcement. Installation complexity: traditional racking systems require drilling, waterproofing treatment and long installation periods, increasing both cost and risk of leakage. Wind uplift risk: framed modules installed on flat or low-slope industrial roofs require heavy ballast, adding further load. Aesthetic and planning constraints: the project needed a low-profile appearance compatible with local building regulations. Solution: 560W Flexible Solar Modules The customer selected our 560W flexible solar modules, a lightweight photovoltaic solution engineered specifically for commercial and industrial rooftops. Key product advantages applied in this project include: Lightweight construction: assess the complete installed system against the roof's verified load capacity before selecting the mounting method. High power density: 560W output per module reduces the number of modules and cabling required for the same system capacity. Easy and safe installation: modules can be installed quickly with minimal equipment, shortening the construction period and reducing labor cost. Durable and weather-resistant: designed to withstand wind, snow and hail loads typical of German climate conditions. Reliable energy yield: high-efficiency cells ensure stable power generation throughout the year. Project Highlights Project type Commercial & industrial rooftop solar system Location Germany Product used 560W flexible solar modules Installation method Direct lightweight rooftop mounting, no structural reinforcement Application scenario Commercial & industrial building rooftop Project status Completed and operating with excellent results Results and Benefits Since commissioning, the project has delivered outstanding performance: Excellent power generation: the system operates stably and generates clean electricity that significantly offsets the facility's daytime consumption. Reduced energy cost: the building owner now benefits from lower grid electricity purchases and improved energy self-sufficiency. Project-specific roof assessment: confirm structural capacity, the fixing method, waterproofing details and building-warranty conditions for the proposed installation. Fast payback expectation: lower mounting cost and high module output contribute to an attractive return on investment. CO2 reduction: the project supports the company's sustainability goals by cutting carbon emissions from conventional electricity. A Demonstration Role in the Local Market The successful operation of this installation has attracted attention from neighboring businesses, energy consultants and local authorities. The project now serves as a demonstration reference in the region, proving that commercial and industrial rooftops can adopt high-power solar generation without heavy structures or complex civil works. Several follow-up inquiries have already been generated as a direct result of this reference site. Conclusion This German commercial rooftop project confirms that 560W flexible solar modules are a practical, high-performance and cost-effective choice for commercial and industrial buildings. For distributors, EPC contractors and project developers in Europe, this reference demonstrates a scalable solution that meets strict structural, aesthetic and regulatory requirements while delivering strong energy output. Are you planning a commercial or industrial rooftop project? Contact our team to discuss how our flexible solar modules can be adapted to your site conditions. 

560W Flexible Solar Modules Achieve Exemplary Results in Osaka Rooftop Installation A pioneering rooftop solar project in Osaka, Japan has successfully deployed advanced 560W flexible photovoltaic (PV) modules, achieving exemplary demonstration results. This installation proves how lightweight, high-efficiency flexible solar technology can unlock new opportunities for urban rooftops that were once considered unsuitable for conventional solar panels. Project Overview The Osaka project pairs cutting-edge 560W flexible modules with a carefully engineered rooftop mounting solution. The outcome is a high-performance solar array that maximizes energy generation while fully respecting the structural and aesthetic constraints of the building. Because the modules are flexible and lightweight, the installation required no heavy reinforcement of the roof structure — a decisive advantage for retrofitting existing buildings. Item Details Location Osaka, Japan Application Rooftop solar installation Module Type 560W Flexible PV Modules Mounting Direct rooftop mounting, no heavy reinforcement Key Outcome Exemplary demonstration results Why 560W Flexible Modules Stand Out Traditional rigid solar panels often struggle with weight limits, irregular roof geometries, and complex mounting requirements. The 560W flexible module addresses these challenges head-on and delivers measurable benefits: Lightweight construction: dramatically reduces the load on the roof structure, making installation feasible on buildings that cannot support heavier rigid panels. High power output: with a rated capacity of 560W per module, fewer panels are needed to reach the target system size, saving space and balance-of-system cost. Flexible form factor: the modules conform to curved, sloped, and irregular roof surfaces, enabling effective use of rooftops that would otherwise be wasted. Robust durability: engineered to withstand wind, rain, and temperature variation, ensuring stable long-term performance in real-world rooftop conditions. The Rooftop Advantage Rooftop solar is one of the most practical paths to distributed clean energy in dense urban environments such as Osaka. It generates power exactly where it is consumed, reduces transmission losses, and helps building owners cut both energy costs and carbon emissions. The success of this project demonstrates that flexible 560W modules are not a niche solution but a mainstream-ready technology for the rooftops of Japan and the wider Asia-Pacific region. Demonstration Results The installation has delivered exemplary, demonstration-grade results that validate the technical and commercial case for flexible high-power modules on rooftops. The project confirms that flexible modules can be installed quickly and safely, perform reliably under real operating conditions, and deliver strong energy yields — all while preserving the integrity of the building envelope. These findings provide a credible, replicable reference for developers, EPC contractors, and building owners considering similar rooftop deployments. Conclusion & Outlook The Osaka rooftop installation stands as a compelling showcase for 560W flexible solar modules. By overcoming the weight and shape limitations of traditional panels, this technology opens the door to a far larger pool of rooftop opportunities. As demand for distributed renewable energy continues to grow across Japan, projects like this one will serve as a trusted blueprint for efficient, reliable, and accessible rooftop solar — delivering exemplary results that others can confidently follow. 

Project Background A university in Romania has successfully adopted our 560W flexible solar modules for a campus solar project. As the module supplier, we delivered high-performance flexible photovoltaic products together with full technical support, ensuring smooth installation and reliable operation. The client is highly satisfied with the project outcome and has expressed a strong interest in continued cooperation on future initiatives. The Challenge The university's rooftop presented specific conditions that made conventional rigid solar panels difficult to apply. The project required a lightweight, adaptable solar solution that could: Fit the existing roof structure without heavy reinforcement Deliver high power output within limited available space Be installed quickly with minimal disruption to campus activities Perform reliably under local weather conditions over the long term Our Solution: 560W Flexible Solar Modules + Technical Support We provided a complete solution built around our 560W flexible solar modules, combined with professional technical support from the early design stage through installation guidance: High-power 560W flexible modules — lightweight and bendable, perfectly suited to the university's rooftop conditions Easy, low-impact installation — the flexible design simplified mounting and reduced load on the building structure Professional technical support — our team guided system layout, wiring and commissioning to ensure correct, safe operation Reliable quality — modules built with premium materials for stable output and long service life Project Highlights Item Detail Customer A university in Romania Application Campus rooftop solar power project Product 560W flexible solar modules Scope of supply Modules + full technical support Client feedback Satisfied with project results Future outlook Long-term cooperation expected On-Site Proof The photo below shows the 560W flexible solar modules installed at the Romanian university site. A Satisfied Client and a Promising Partnership The project has delivered results that fully met the client's expectations: Client satisfaction — the university and project stakeholders are pleased with the system's performance and quality Successful collaboration — smooth communication and responsive technical support built strong trust between both sides Continued cooperation — encouraged by this success, the client hopes to work with us again on upcoming solar projects Why Partner With Us High-efficiency flexible solar modules, including the 560W series Complete technical support from design to commissioning Proven project references with educational and institutional clients Long-term partnership mindset focused on client success This Romanian university project proves that our 560W flexible solar modules, backed by dedicated technical support, deliver the performance and reliability that clients expect. We look forward to building an even stronger, long-term partnership and to powering more sustainable campuses in Romania and across Europe.