Vilion Was Honored as the "Outstanding Enterprise of the Year 2023" by the Guangdong Solar Energy Association

2024-01-16

On January 10th to 11th, 2024, the "2023 Guangdong Solar Energy Industry Development Summary Conference & the 2023 Guangdong International Photovoltaic Science and Technology Academic Conference," jointly organized by the Guangdong Solar Energy Association, the Guangzhou Institute of Energy Conversion, Chinese Academy of Sciences, Sun Yat-sen University, South China University of Technology, Jinan University, and Southern University of Science and Technology, was held at the Hilton Yilin Hotel in Guangzhou and Vilion was invited to attend the conference.

On the evening of the 10th, during the recognition session of the conference, Vilion was honored as the "Outstanding Enterprise of the Year 2023" for its innovations and breakthroughs in the C&I battery energy storage technology and solutions.

Against the "2030 Peak Carbon Emissions and 2060 Carbon Neutrality" goals, the energy storage sector is becoming increasingly prominent. With the continuous widening of peak-to-valley electricity price differentials in many provinces and cities of China, the economic viability of C&I energy storage is also increasing. As one of the earliest pioneers dedicated to the research and application of C&I battery energy storage technology, Vilion strives to collaborate with the entire energy storage industry chain and is committed to researching the latest, more secure and economical energy storage solutions, continually iterating and updating to deliver better C&I battery energy storage products and services.

The award of the "Outstanding Enterprise of the Year 2023" is a recognition of Vilion's progress and contributions in the new energy industry in 2023. It is also a significant encouragement for Vilion to pursue the further achievements in 2024. Vilion will continue focusing on the battery energy storage technology, to build an efficient, flexible, and economical "smart energy sponge" and let the green energy flow with demand!

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