Trinasolar

31/10/2026

Turning urban rooftops into clean energy spaces. 🏙️☀️

Buildings are at the heart of urban life, and their rooftops can do more than shelter—they can also generate clean electricity. This World Cities Day, we’re highlighting how making better use of existing rooftops can support more sustainable ways of living and working.

At St. Luke’s Care Home in the UK, Trinasolar Vertex S+ modules help meet everyday energy needs and reduce CO₂ emissions by approximately 25.9 tonnes a year. At Grai Étiquettes’ manufacturing facility in France, Trinasolar Vertex S+ modules support on-site clean electricity generation and daytime self-consumption, helping the company lower energy costs and reduce its carbon footprint.

From care facilities to manufacturing sites, rooftop solar offers a practical way to make better use of existing building space. At Trinasolar, we’re helping bring clean energy to more rooftops and supporting a more sustainable energy future.

29/10/2026

☀️ Solar Takes Flight at Western Sydney International Airport

Trinasolar has supplied 8,824 Vertex S+ 510W modules for Western Sydney International Airport’s first clean energy project, delivered in collaboration with long-standing partner Smart Commercial Energy.

Spanning the main terminal roof, both piers and covered car park walkways, the rooftop solar installation demonstrates how solar can be integrated into complex, large-scale infrastructure. Once operational, the system is expected to generate more than 5,800 MWh of clean energy annually.

Given the airport setting, detailed glare studies were carried out to address the specific requirements of aviation operations.

🌍 By combining proven solar technology with local engineering expertise, Trinasolar helps bring renewable energy to complex, large-scale infrastructure projects.

Image credit: Western Sydney International Airport

28/10/2026

☀️🌫️🌧️ Weather changes. Performance matters.

In coastal environments, solar irradiance can vary significantly, from bright sunshine to foggy mornings and overcast, rainy conditions.

Powered by the latest i-TOPCon Ultra cell technology, Trinasolar’s Vertex N G3 features an optimized passivated contact structure designed to reduce current losses and deliver superior performance under low-light conditions.

From clear skies to misty mornings and rainy days, Vertex N G3 helps make the most of every ray of sunlight along the coast.

26/10/2026

🔋 Trina Storage to Supply 196 MWh BESS for AEJ Nozu Project in Japan

Trina Storage has been selected to supply its Elementa 2 Pro 5 MWh battery energy storage solution for the 50 MW / 196 MWh AEJ Nozu BESS project in Oita Prefecture, Japan.

Scheduled for completion in Q3 2028, the project adds to Trina Storage’s growing project portfolio in Japan, alongside the 160 MWh utility-scale BESS project in the Kyushu region.

Combining global expertise in battery technology and system integration with local market capabilities, Trina Storage continues to expand its presence in Japan’s utility-scale energy storage market.

22/10/2026

☀️⚡ Clean energy is just the beginning. Making the most of it matters, too.

This World Energy Day, we’re highlighting the importance of making better use of renewable energy to support a more sustainable energy future.

As renewable generation grows, matching electricity supply with changing demand calls for greater flexibility in how clean energy is generated, stored and used.

Trinasolar is advancing integrated solar-plus-storage solutions that combine solar generation, tracking systems and utility-scale energy storage to support more flexible use of renewable electricity.

Through these efforts, we aim to support a more flexible, sustainable energy future and advance the global energy transition. 🌍

22/10/2026

🌏 Smart Tracking Advances Uzbekistan’s Clean Energy Transition

TrinaTracker has supplied its “Tracker+” solution for the Navoi Integrated Energy 300MW PV Project in Uzbekistan. The project forms part of Uzbekistan’s first major integrated solar-plus-storage development. It is expected to supply around 700 million kWh of clean electricity annually and avoid approximately 600,000 tonnes of CO₂ emissions each year—helping meet local power needs while supporting a cleaner energy mix.

⚡ At this desert site, “Tracker+” brings together Vanguard 1P trackers, the SuperTrack smart algorithm and local technical support. Wind-tunnel-tested structures help ensure wind-load reliability, while dustproof, corrosion-resistant bearings help protect against sand and dust. Smart tracking also helps reduce row-to-row shading.

With 2GW+ of tracker systems delivered in Uzbekistan, we’re building on years of local project experience and trusted partnerships in Central Asia.

20/10/2026

Real-World Performance, Proven in the Desert ☀️

Building on the first-quarter findings, the latest half-year field results from Wuwei, Gansu, China, show that Trinasolar’s Vertex N TOPCon modules delivered 3.05% higher energy yield per watt than the TBC modules tested.

In real desert conditions, high bifaciality makes better use of ground-reflected sunlight, while strong low-irradiance performance supports generation during morning and late-afternoon periods.

These advantages contributed to the measured yield gain, highlighting the performance potential of TOPCon modules under desert conditions.

Through continuous field testing, Trinasolar provides real-world performance data to support project yield assessment.

👉 Swipe to explore the half-year results.

15/10/2026

Vertex N G3, Built for Real-World Conditions.

Challenge 02 — Desert Extremes. 🏜️

Desert and arid environments bring more than intense heat. Strong irradiation, wind and sand, large temperature swings, and highly reflective ground all challenge long-term module performance.

With an excellent temperature coefficient of -0.26%/°C, Vertex N G3 helps reduce power losses and supports stable energy generation in high-temperature environments.

Its quarter-cut cell design and optimized circuit enhance shading tolerance, while the dual-glass structure improves resistance to microcracks, supporting more reliable operation through wind, sand and repeated temperature fluctuations.

Meanwhile, Vertex N G3 makes better use of reflected light from high-albedo desert surfaces with 85±5% bifaciality, while its strong low-light performance supports efficient generation in the early morning and late afternoon.

Built to keep generating, even when desert conditions keep changing.

Challenge 02: Cleared. ✅

👉 Learn more about Vertex N G3 modules: https://www.trinasolar.com/en-glb/VertexN/

14/10/2026

📊 Investment is Shifting toward Solar + Storage.

According to BloombergNEF’s H1 2026 Renewable Energy Investment Data, financing for standalone utility-scale solar fell 20% YoY, while investment in co-located solar + storage reached a record $25 billion — three times the level seen a year earlier.

As grid congestion and changing project economics reshape investment decisions, flexible solar + storage configurations are becoming increasingly important for supporting renewable energy integration.

At Trinasolar, we are advancing integrated solar + storage development through our full-stack product portfolio, system-level integration capabilities, global delivery experience and strong bankability credentials across solar PV and energy storage.

👉 Swipe to explore the shift behind solar + storage growth.

14/10/2026

⏳ Just 1 day to go!

Join us tomorrow at the TaiyangNews Reliable PV Module Design Conference 2026!

🎤 Ling Zhuang, Product Manager at Trinasolar, will share Trinasolar’s approach to building reliability into TOPCon 3.0.

📅 October 15, 2026 | 10:20–10:40 AM CEST
🖥️ Online

👉 Register now: https://us06web.zoom.us/webinar/register/WN_SylfAxzUTZSeDexsBzBvJw #/registration

📢 𝗦𝗽𝗲𝗮𝗸𝗲𝗿 𝗔𝗻𝗻𝗼𝘂𝗻𝗰𝗲𝗺𝗲𝗻𝘁 | 𝗟𝗶𝗻𝗴 𝗭𝗵𝘂𝗮𝗻𝗴, 𝗧𝗿𝗶𝗻𝗮𝘀𝗼𝗹𝗮𝗿

We are happy to announce that Ling Zhuang, Product Manager at Trinasolar, will be speaking at the TaiyangNews - All About Solar Reliable PV Module Design 🖥️. Her presentation will focus on Trinasolar’s approach to building reliability into TOPCon 3.0.

The conference will address a key challenge faced by the PV industry: how to combine rapid product innovation and continued cost reduction with high quality and long-term reliability.

It will bring together leading module manufacturers, material and component suppliers, testing organizations, and other industry experts to discuss the latest module products and design concepts, material choices, quality considerations, and reliability challenges, from cells, glass, encapsulants, backsheets, and interconnection technologies to complete module architectures.

📅 , 2026

⏰ 09:30 to 13:00 CEST

🔗 : https://taiyangnews.info/our-events/oct-15-2026taiyangnews-reliable-pv-module-design-online-conference
Join us.