On July 1st local time, the 4th Thailand Solar & Energy Storage Summit was successfully held in Bangkok, Thailand. OSDA SOLAR was invited to attend the event, where it had in-depth discussions with project developers, investors, and industry experts on the future development of global new energy, injecting more green momentum into Thailand's photovoltaic sector.
In recent years, Thailand has attached great importance to the development of clean energy. According to the Alternative Energy Development Plan (AEDP), renewable energy will account for 30% of the total energy by 2036, and this plan has been incorporated into the Power Development Plan (PDP). OSDA SOLAR's participation in this summit is expected to bring new vitality and opportunities to Thailand's solar energy storage market, promoting cooperation and development between both parties in the new energy field.
At this summit, the Marketing Director of OSDA SOLAR delivered a keynote speech, focusing on the latest dynamics of the Southeast Asian market and sharing with industry leaders the optimal solutions to accelerate local energy transition. He emphasized that OSDA SOLAR has always been committed to photovoltaic technology innovation and global market expansion, and that the integration of solar and energy storage in multiple scenarios is the key to the transformation of Thailand's new energy industry. OSDA SOLAR hopes to contribute to Thailand's solar-storage applications and future development through advanced technologies and strategic layouts.
Adhering to a global development strategy, OSDA SOLAR has been widely recognized in the Southeast Asian photovoltaic market with its reliable and efficient photovoltaic renewable energy solutions. In the future, OSDA SOLAR will continue to uphold its corporate mission of "Enabling households worldwide to share green energy", deepen its presence in the green energy sector, provide efficient and reliable photovoltaic solutions for customers in Southeast Asia and around the world, and work together to accelerate the pace of energy transition.
