On June 11, CHINT made a grand appearance at SNEC 2025, showcasing its mainstay products in the green energy industry, comprehensive smart power solutions, achievements in cultivating new business models, applications in new scenarios, and demonstration cases. Additionally, CHINT signed agreements with ecosystem partners on-site.
During the exhibition, CHINT presented its global integrated energy services business landscape and launched two significant offerings: the integrated home energy solution and the Smart Power Super Station 2.0. A signing ceremony for the electricity sales alliance was also held on-site.
The integrated home energy solution boasts four major advantages: high power generation gains, rapid station construction, excellent quality service, and cost-effective electricity usage. It meets users’ differentiated needs through full-scenario coverage. The Smart Power Super Station 2.0 provides professional, differentiated, and cost-effective energy supply solutions for end-users in various scenarios, including rural areas, communities, and transportation.
As the new energy industry continues to mature, new models and business formats such as photovoltaic-storage-charging integration, wind-solar-hydrogen-storage systems, smart microgrids, and virtual power plants are injecting new vitality into the industry. CHINT remains active in these emerging sectors.
During the exhibition, CHINT New Energy brought forward wind and solar power station solutions. The company addresses diverse application scenarios, including wind power generation and photovoltaic plus, by integrating onshore large wind turbines, energy storage, and photovoltaics. Leveraging specialized new energy project investment platforms, scenario innovation platforms, and strategic integration platforms, CHINT provides customers with full-lifecycle value management services. Multiple benchmark projects have been successfully implemented in over 40 countries worldwide.
With CHINT’s active promotion, virtual power plants and smart microgrid technologies are continuously being applied and implemented, enhancing the stability, reliability, and economy of power systems.
CHINT’s virtual power plant solution, relying on “new energy + internet” technology, optimizes application scenarios to flexibly achieve peak shaving and valley filling, optimizing operational control and market transactions. CHINT constructs an innovative model covering the full lifecycle of new energy investment, development, construction, operation management, and electricity sales, centered around virtual power plants (VPP) and energy as a service (EaaS). The Power Park’s green smart distribution network solution, centered around source-grid-load-storage-charging integration, provides incremental distribution networks, green microgrids, and direct green electricity connection solutions, along with investment and operation services, for large and medium-sized economic development zones, small industrial and commercial parks, and large industrial enterprises. It is equipped with virtual power plants and smart energy-carbon management platforms to ensure safe and efficient power operation, assist users in reducing costs and carbon emissions, and achieve dual carbon goals.
As a leader in n-type TOPCon technology, CHINT showcased multiple high-efficiency modules and product solutions. Among them, the ASTRO N7, ASTRO N7 Pro, and ASTRO N8 Pro stood out.
The ASTRO N7 is a benchmark product for multi-scenario applications, achieving a maximum efficiency of 24.1% through the integration of 210R rectangular silicon wafers and TOPCon 5.0 cell technology. Multi-dimensional innovations, including size design and low open-circuit voltage design, effectively reduce product transportation costs while increasing string power, ultimately lowering BOS costs and LCOE.
The ASTRO N7 Pro represents CHINT’s sincere efforts in technological upgrades. It employs multi-segment cutting technology, as well as leading technologies such as SMBB/ZBB, gap film, and double-layer coating. Equipped with TOPCon 5.0 cells and 210R silicon wafers, it boasts a power output of up to 670W and a module efficiency of 24.8%. It combines high efficiency, aesthetics, low hot spot risk, high reliability, high power generation, lower costs, and wide application scenarios. The ASTRO N8 Pro, based on core technologies such as TOPCon 5.0 cells, multi-segment cutting, and 210 large-size silicon wafers, achieves a module power output exceeding 800W. These two products represent the technological direction of CHINT’s next-generation high-efficiency photovoltaic modules.
On-site, the “high efficiency, high performance, high reliability, and high adaptability” characteristics of these products left a deep impression on guests and professional audiences. For ground-mounted power station application scenarios, CHINT brought forward a high-efficiency photovoltaic-storage system solution that combines photovoltaic inverters with liquid-cooled energy storage systems. Among them, the 320kW-G2 string inverter integrates 6 MPPTs, achieving a maximum efficiency of 99.05%. The 5MWh liquid-cooled energy storage system solution combines three major advantages: high specific energy, high performance, and high safety.
In the industrial and commercial energy storage sector, CHINT’s 125kW/261kWh outdoor all-in-one energy storage cabinet adopts a highly integrated ALL IN ONE design, with a single-unit capacity of 261kWh, tailored for industrial and commercial scenarios such as office buildings, factories, and commercial districts.
CHINT’s E-series low-voltage electrical products, customized for the new energy industry, adapt to the harsh environments of the photovoltaic sector, passing extreme cold (-40°C) and high-temperature (70°C) tests, with a service life exceeding 20,000 cycles, safeguarding the safe and stable operation of power grids.
Building on its previous hydrogen production system products, CHINT highlighted its modular hydrogen production system and released the “Green Electricity-Green Hydrogen Full Industry Chain Integrated Development” plan. The modular hydrogen production system reduces direct current energy consumption for hydrogen production to 4.0~4.3kWh/Nm³, achieving zero carbon emissions throughout the entire process.
On-site, CHINT’s 500kV natural ester insulating oil transformer product model was extremely eye-catching. As a star product, it uses vegetable oil as an insulating medium instead of traditional mineral oil, significantly reducing carbon emissions while enhancing product performance.
During the SNEC exhibition, CHINT O&M officially released its first ESG report, the “2024 Environmental, Social, and Governance (ESG) Report.” The company also showcased its power plant digital twin system for the first time, which covers scenarios such as photovoltaic zones, booster stations, and energy storage systems. It conducts physical equipment asset management in a three-dimensional visualization format, reshaping the power plant operation and maintenance system.
