Brilliant debut! The 18th SNEC International Solar Photovoltaic and Smart Energy Conference
Date: 2025-06-23Read: 30
The three-day SNEC2025 International Photovoltaic and Smart Energy (Shanghai) Conference and Exhibition has come to an end. This globally renowned solar storage feast brings together numerous innovative ideas and technologies from around the world, providing an important stage for photovoltaic enterprises, research institutions, investors, and operators to work together for development.
At the exhibition site, the staff enthusiastically introduced the functions and advantages of the products to visitors, and through on-site demonstrations, allowed everyone to intuitively feel the charm of these innovative technologies. Many industry insiders have shown strong interest in our products and expressed their desire to further cooperate and explore the infinite possibilities of photovoltaic technology together.
At this exhibition, Kangbao Zhixin showcased its experience in multiple photovoltaic monitoring solutions, providing strong technical support for efficient operation and maintenance, accurate prediction, and cost reduction and efficiency improvement of photovoltaic power plants.
The DustVue component dust pollution reduction loss system is a product of high concern to EPC and operators. The system uses the most thoroughly researched and direct comparative method to measure pollution losses, innovatively using photovoltaic modules as sensors and prioritizing production sized photovoltaic modules. This design effectively avoids derivative problems such as spectral response, calibration, dust characteristic differences, and indirect measurement. Through DustVue, users can accurately obtain quantified pollution loss data and develop scientifically reasonable cleaning and maintenance plans, fully tapping into the power generation potential of photovoltaic modules.
Atmospheric visibility is closely related to solar radiation intensity, directly affecting the availability of solar energy resources. CS120A can predict weather changes such as fog, haze, and sandstorms in advance by continuously monitoring visibility, thereby helping power stations adjust their power generation prediction models in a timely manner and optimize power grid scheduling. It is worth mentioning that low visibility often accompanies air pollution. CS120A can also assist power plants in developing cleaning plans, reducing power generation efficiency losses caused by dirt obstruction, and improving the economic benefits of power plants while ensuring stable power generation.
This appearance at SNEC 2025 is a concentrated showcase of our technological strength and innovative achievements in the field of photovoltaics. In the future, we will continue to uphold the concept of innovation driven development, continuously increase research and development investment, launch more advanced photovoltaic monitoring solutions, work together with industry colleagues to draw a beautiful blueprint for the photovoltaic industry, and contribute more to the global energy transformation and sustainable development.
