Carina Liu
Head of Marketing Middle East & Africa | Trinasolar
About Carina
Carina Liu is an accomplished marketing leader with extensive experience in driving brand growth and strategic positioning across global markets. As the Head of Marketing for Trinasolar in the Middle East and Africa (MEA), Carina leads the company’s regional marketing strategy, building impactful campaigns that strengthen Trinasolar’s presence, foster stakeholder engagement, and support the region’s clean energy transition.
Before joining Trinasolar, Carina served as Industry Director at UNISOC, where she played a key role in shaping market strategies and expanding the company’s industry footprint. Her diverse background across technology and renewable energy sectors enables her to navigate complex markets with a blend of analytical insight and creative vision.
Carina holds a dual MBA from the MIT Sloan School of Management and Fudan University, where she was part of the prestigious MIT-Fudan Lab (top 5%) and a recipient of the Entrance Scholarship.
Passionate about renewable energy and empowering women in leadership, Carina actively advocates for diversity and inclusion in the solar industry, helping to shape the next generation of leaders in the sector.
Trinasolar continues to position itself beyond modules toward integrated smart energy solutions. How was this evolution reflected at WFES?
At WFES, Trinasolar’s evolution was reflected in the way we showcased our portfolio as full-scenario smart energy solutions for utility-scale projects, rather than individual products.
At the summit, we highlighted how high-efficiency PV modules, advanced tracking systems, utility-scale energy storage, and intelligent automation solutions can work together as a single, integrated system. This included the regional showcase of our high efficiency modules, Trina Storage’s Elementa series, TrinaTracker’s Vanguard 1P solutions, and automation technologies such as Trinabot, which are designed to improve installation efficiency, operational reliability, and long-term performance.
By bringing these technologies together, we demonstrated how integrated system design can better support utility developers in addressing key priorities such as yield optimization, operational efficiency, grid requirements, and lifecycle value—particularly in the challenging environmental conditions of the Middle East.
The conversations at WFES reinforced that the market is increasingly moving toward system-level thinking, where integration across generation, storage, tracking, and automation is essential to delivering reliable, scalable, and bankable utility-scale energy projects
Which smart PV or system-level solutions generated the most technical engagement from regional developers at the summit?
The strongest technical engagement at WFES centered on integrated solar-plus-storage systems, particularly where storage is designed as part of the core project architecture rather than added later.
Regional developers showed strong interest in utility-scale energy storage solutions, especially around system configuration, thermal management, safety architecture, and how storage can be optimized alongside PV to support peak shifting, grid stability, and dispatchable power. The regional showcase of Trina Storage’s Elementa series generated detailed discussions on how large-scale storage can be adapted for high-temperature and desert operating conditions.
There was also significant engagement around advanced tracking and automation solutions, including TrinaTracker’s Vanguard 1P systems and automation technologies such as Trinabot. Developers were particularly focused on how these technologies can improve energy yield, reduce operational risk, and enhance long-term reliability across large utility projects.
Overall, the most technical discussions moved beyond individual components toward system-level optimization, reflecting growing maturity in the market and a clear focus on integrated performance, bankability, and lifecycle value.
What market signal stood out most at WFES regarding the transition toward integrated energy systems?
One of the strongest signals at WFES was the growing recognition that energy storage is becoming central to how power systems in the region are planned and operated, not just an add-on to renewable capacity.
Across the summit, discussions increasingly focused on system performance, grid stability, and long-term reliability, rather than solar capacity alone. This reflects a broader market shift toward integrated energy systems, where PV, storage, and other enabling technologies are considered together to manage intermittency and support evolving grid requirements.
This market direction was also reflected in Trinasolar’s own contribution to the program. During WFES, we hosted a featured session on utility-scale energy storage, exploring performance optimization and the role of BESS in strengthening grid stability and accelerating the energy transition. The session, led by Nataraja MS, BESS Technical Director, attracted strong engagement from developers and EPCs, reinforcing that stakeholders are actively seeking practical insight into how storage can be integrated at scale.
Together, these conversations pointed to a market that is moving beyond capacity expansion toward integrated system design and performance-driven outcomes, with energy storage playing an increasingly strategic role in the region’s next phase of energy development.
Looking ahead, what major shift do you anticipate in how smart energy projects will be delivered in the MENA Region?
Looking ahead, we anticipate a clear shift in the MENA region from component-based project delivery toward fully integrated, system-led energy solutions.
As renewable penetration increases, project success is no longer defined by installed capacity alone. Developers, utilities, and financiers are increasingly prioritizing system performance, grid compatibility, and long-term reliability. This is driving demand for solutions where solar, energy storage, tracking, and automation are designed and delivered as a single, coordinated system.
Another important shift is the growing focus on bankability and lifecycle assurance. Stakeholders are placing greater emphasis on system-level warranties, predictable performance guarantees, and long-term technical support, rather than isolated product warranties. Integrated solutions backed by strong balance sheets, proven delivery track records, and comprehensive service capabilities are becoming increasingly important for project confidence and financing.
We are also seeing higher expectations around delivery speed and execution capability. As project timelines shorten and grid requirements tighten, the ability to deliver integrated systems efficiently — supported by strong regional presence, local teams, and responsive after-sales support — is becoming a key differentiator.
Overall, smart energy projects in the MENA region are evolving toward a more mature, performance-driven delivery model, where integration, warranty coverage, execution speed, and long-term project support are central to building reliable, scalable, and future-ready energy infrastructure.
Open question, is there something you want to add?
One point worth emphasizing is how Trinasolar is aligning its role in the region with the ambition and pace of the UAE and wider Middle East energy transition.
Across the UAE and MEA, governments are moving quickly toward large-scale renewable deployment, higher renewable penetration, and more resilient power systems. Supporting these goals requires more than adding capacity — it requires integrated, bankable systems that can be delivered reliably and supported over the long term.
Trinasolar is contributing to this transition by combining system-level solutions, strong delivery capability, and long-term project support, underpinned by continuous innovation and R&D investment. From advanced PV technologies and utility-scale energy storage to trackers and automation designed for regional conditions, our focus is on translating technology leadership into practical, deployable solutions that meet grid requirements and accelerate project timelines.
At WFES, it was clear that the region’s next phase of growth will be defined by execution, confidence, and system performance. Trinasolar’s role is to support this shift by working closely with regional partners, maintaining a strong local presence, and ensuring that ambitious clean energy targets can be translated into successful, on-the-ground projects across the UAE and the wider MEA region.
About Trinasolar
Founded in 1997, Trinasolar Co Ltd (stock symbol: Trinasolar; stock code: 688599) is engaged mainly in PV products, PV systems and smart energy. PV products include R&D, production and sales of PV modules. PV systems consist of power stations and system products. Smart energy comprises mainly PV power generation and operations and maintenance, smart solutions for energy storage, smart microgrid, and development and sales of multi-energy systems. We are committed to leading the way in smart PV and energy storage solutions and facilitating the transformation of new power systems for a net-zero future.
On June 10, 2020, Trinasolar was listed on the Science and Technology Innovation Board (STAR Market) of the Shanghai Stock Exchange (SSE). It was the first PV and energy storage company to go public on the STAR Market providing PV products and systems, as well as smart energy. For more information, please visit www.trinasolar.com.