Huawei launches FusionSolar 9.0 to strengthen renewable energy grids in Middle East
The launch was announced during the FusionSolar Technical Innovation Summit
16 July, 2026
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Huawei Digital Power has launched its next-generation FusionSolar 9.0 Smart PV Solution in Dubai, as the company looks to address growing grid stability challenges arising from the rapid expansion of renewable energy across the Middle East and Central Asia.
The launch was announced during the FusionSolar Technical Innovation Summit, which brought together policymakers, utilities, developers, engineering firms and energy experts to discuss the next phase of the region’s energy transition as countries increase the share of renewable power in their electricity mix.
The event highlighted how the industry’s priorities are shifting beyond simply adding solar capacity towards ensuring grid resilience, operational reliability and intelligent power system management as renewable penetration rises.
Alex Xing, president of Huawei Digital Power Middle East & Central Asia, said: “The Middle East and Central Asia are entering a new phase of renewable energy development, where reliability, grid stability, and intelligent digital technologies are becoming just as important as efficiency. Huawei remains committed to continuous innovation and close collaboration with our customers and partners to build resilient, intelligent, and sustainable energy systems. The launch of FusionSolar 9.0 demonstrates our commitment to supporting the region’s energy transition with technologies that deliver greater value throughout the entire lifecycle of solar power plants.”
Designed for utility-scale solar projects, FusionSolar 9.0 combines next-generation string inverter technology with enhanced grid-forming capabilities, intelligent digital management and improved reliability to help developers build more stable and efficient renewable energy systems.
The summit also explored broader trends shaping the sector.
Aleksi Lumijärvi from the International Renewable Energy Agency (IRENA) highlighted the increasing importance of 24/7 renewable energy systems and dispatchable clean power in meeting future electricity demand, while Dr Abdulla Ismail of Rochester Institute of Technology (RIT) Dubai discussed the UAE’s renewable energy strategy and the challenges of integrating larger volumes of renewable generation into the national grid.
Representing SJ Group, Nofel Dakhel outlined Oman’s renewable energy roadmap and the country’s plans to accelerate clean energy deployment.
Huawei also showcased case studies from large-scale projects across the region. Representatives from PowerChina HDEC shared design insights from ADQ projects using Huawei’s string inverter technology, while EDF presented lessons from the UAE PV3 project, highlighting improvements in plant performance, simplified system design and enhanced long-term lifecycle value.
A key focus of the summit was grid-forming technology, which is increasingly viewed as essential for maintaining electricity system stability as renewable energy replaces conventional power generation.
Huawei presented simulation studies conducted in Saudi Arabia, alongside validation testing carried out in Germany, demonstrating the performance of its grid-forming technology under different operating conditions.
The event concluded with the release of two independent technical assessments. Go2Power evaluated Huawei’s grid-forming capabilities for string inverter solutions, while DNV assessed the long-term performance and reliability of the company’s string inverter technology, with both organisations validating the technology’s capabilities.
Huawei said the combination of intelligent digital technologies, smart photovoltaic systems and grid-forming innovation is designed to support countries across the Middle East and Central Asia as they build more resilient, efficient and low-carbon energy infrastructure.




















