英利能源海外社媒影响力数据 · 新能源及储能品牌榜单中国版 · SocialEcho 社媒影响力榜单

曝光量2.8 万

粉丝数26 万

互动率3.69%

活跃周数5 周

爆款内容占比0.00%

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Facebook 占曝光 100%

31 天曝光按平台

Facebook: 100%

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Facebook 互动率最高 3.69%

同一品牌在不同平台的内容粘性

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78.5名次 #23

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每格为该周在该平台的发布条数,颜色越深发得越多;列头为周起始日,最后一列为数据截止当周

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W3 · 10/15

W4 · 10/22

W5 · 10/29

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W210/8

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曝光 Top 10 内容

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曝光 Top 10 内容
#	内容	发布日期	曝光	点赞	评论
1	Store the day. Power the evening. Rooftop solar generation often peaks when household demand is relatively low, while electricity use rises later in the day. Residential energy storage can shift part of that solar energy to the hours when the home needs it most . Yingli’s Residential Energy Storage Systems offer 5 kWh, 10 kWh, and 16 kWh starting points for different household needs. Parallel expansion provides a pathway for future growth as home loads increase. Depending on the model, configuration options include wall-mounted installation, optional wheels, and app- or Bluetooth/BMS-based management. The 10 kWh and 16 kWh models use lithium iron phosphate battery cells and support Bluetooth firmware upgrades and BMS configuration. Choose the capacity that fits today—with room to expand for tomorrow. #Yingli #ResidentialEnergyStorage #HomeEnergyStorage #SolarStorage #CleanEnergy	2026-10-22	5506	207	0
2	High-temperature industrial rooftops, overlapping day and night shifts, and rising EV charging demand create a complex energy profile—one that solar generation alone cannot fully address. Yingli’s integrated solution combines PANDA 3.0 Pro 2 modules with a 522 kWh distributed energy storage system. PANDA 3.0 Pro 2 is designed to improve generation under high temperatures and low irradiance. According to Yingli’s 2026 technical article, its multi-cut cell design reduces internal module losses by 75%, while average annual generation under low-light conditions can increase by approximately 1.7% and generation in high-temperature scenarios by 1.5%. The 522 kWh storage system adds flexibility by shifting part of the generated electricity to different operating periods and supporting energy dispatch as production shifts overlap and charging demand rises. Intelligent O&M, early-warning fire protection and liquid cooling further support safe and stable operation. From PV and storage to charging infrastructure and microgrids, Yingli helps industrial parks coordinate generation and consumption as one integrated energy system. #Yingli #PANDA3 #SolarPlusStorage #IndustrialSolar #Microgrid	2026-10-14	4889	178	1
3	Yingli Named Among the 2026 Global Top 500 New Energy Enterprises Yingli has once again been recognized among the Global Top 500 New Energy Enterprises, announced during the 2026 Taiyuan Energy Low-Carbon Development Forum. The recognition reflects Yingli’s continued progress in major solar project delivery, technology development, integrated solutions and sustainability. In 2026, the company advanced several major PV projects, strengthened collaborative research and received an EcoVadis Bronze Medal, placing its sustainability management within the top 35% of assessed companies. Yingli will continue investing in innovation and reliable solar solutions to support the global energy transition. #Yingli #SolarEnergy #NewEnergy #EnergyTransition #Sustainability	2026-10-05	3855	139	2
4	From PV heritage to energy storage at every scale Yingli is extending its long-standing solar foundation into a seven-product energy storage portfolio covering residential, commercial and industrial, and utility-scale applications. The portfolio includes two utility-scale systems, two C&I systems and three residential systems, with nominal capacities ranging from 5 kWh to 5 MWh—a 1,000-fold span designed for needs from household energy management to large-scale deployment. The offering goes beyond hardware. Yingli’s service model covers solution planning, equipment deployment, intelligent O&M, system optimization, long-term operation and system upgrades. Its storage products can also integrate with PV, wind power, EV charging infrastructure and microgrids. Yingli reports 28 years of PV industry experience, operations across more than 150 countries and regions, and five national R&D platforms. These are company-level credentials that support its broader energy capabilities; they do not constitute storage-specific certifications. One portfolio. Multiple scales. A broader energy system built on decades of solar experience. #Yingli #EnergyStorage #SolarPlusStorage #CIEnergy #UtilityScaleStorage	2026-10-20	3238	116	1
5	Building zero-carbon industrial parks requires more than clean energy—it calls for coordinated technology, infrastructure and action across the value chain. At the Green Energy Innovation and Development Conference in Tianjin, Yingli joined industry partners in promoting green energy consumption and shared its experience in smart microgrids and zero-carbon park development. Yingli’s work in this field dates back to 2014, with the completion of a smart microgrid research and demonstration project under China’s National 863 Program. By coordinating generation, grids, loads and storage, this approach supports greater clean energy use while maintaining stable industrial operations. Building on this experience, Yingli will continue working with partners to advance practical and scalable pathways toward zero-carbon development. #Yingli #GreenEnergy #ZeroCarbonParks #SmartMicrogrid	2026-10-01	3037	104	5
6	At utility scale, every repeated element matters. Across desert and arid regions, large ground-mounted power plants, and high-temperature renewable energy bases, system complexity grows with every module, string, connection, and installation step. Yingli’s 2024 Sustainability Report records the evolution of PANDA 3.0 module power from 585 W to N-type 700 W+. Within the series, PANDA 3.0 Pro 2 introduces a multi-cut, low-current design that reduces internal losses by 75%, according to a 2026 Yingli technical article. The same product features a temperature coefficient of −0.26%/°C and supports system voltage upgrades to 2000 V. Together, higher module power, lower internal losses, improved high-temperature performance, and higher-voltage compatibility can help reduce repetitive installation work and simplify system design for large-scale projects. For utility-scale solar, progress is not only about generating more power from each module. It is also about building the entire system with fewer repeated elements and greater design efficiency. #Yingli #PANDA3 #SolarEnergy #UtilityScaleSolar #NTypeTOPCon	2026-10-22	2439	87	1
7	Storage is no longer a yes-or-no decision. As deployment accelerates, the more important question is becoming: What system problem should storage solve—and for how long? The IEA reports that most battery storage projects in 2025 still clustered around two hours, while an increasing number offered durations of four hours or more. Around 24 GW of utility-scale battery storage additions were also co-located directly with renewable energy projects. At the same time, project economics are changing. According to IRENA, the total installed cost of fully commissioned utility-scale battery storage projects fell from USD 2,571/kWh in 2010 to USD 192/kWh in 2024—a 93% decline. Lower costs expand the possibilities, but they do not determine the right solution. Duration should follow the system need, whether that is renewable energy shifting, peak management, grid support, or another operating objective. Before selecting a storage product, define the challenge, determine the required duration, and establish the operating strategy. Product selection should come next. The future of storage is not simply more capacity. It is better alignment between duration, application, and operation. #Yingli #EnergyStorage #BatteryStorage #GridFlexibility #RenewableEnergy	2026-10-19	2339	86	0
8	Battery storage is becoming core power infrastructure. According to the IEA, 108 GW of new battery storage capacity was deployed worldwide in 2025—around 40% more than in 2024. Global installed capacity is now eleven times its 2021 level, while approximately 80% of new capacity came from utility-scale projects. Annual battery storage additions also surpassed the highest-ever annual capacity additions from natural gas. For investors and developers, the question is changing. The next phase of competition will not be defined by battery capacity alone. Bankable storage projects must bring together safety, discharge duration, grid integration and long-term operational performance. Yingli’s energy storage portfolio addresses this transition across residential, C&I and utility-scale applications, with seven products ranging from 5 kWh to 5 MWh. The portfolio is supported by services covering planning, deployment, intelligent O&M, optimization, operation and system upgrades. As storage scales, long-term project value will depend on how effectively technology and operations work as one system. #Yingli #EnergyStorage #UtilityScaleStorage #EnergyTransition #ProjectFinance	2026-10-21	2260	83	0
9	At 5 MWh, capacity is only the starting point. As energy storage scales, the operational impact of a single-point failure, uneven thermal conditions, or a complicated maintenance path can scale with it. For large-scale solar and wind projects, standalone energy storage plants, and shared energy storage facilities, three questions matter over the long term: Is the system easy to maintain? Can battery status be intelligently managed? Can thermal conditions be efficiently managed? Yingli’s 5 MWh Centralized Energy Storage System addresses these priorities through a modular and easy-to-maintain design, intelligent battery management, and an efficient thermal management system—supporting safe and reliable operation over time. For large-scale storage, capacity defines the scale. Manageability defines the long-term value. #Yingli #EnergyStorage #BatteryStorage #UtilityScaleStorage #RenewableEnergy	2026-10-20	265	8	0
10	Offshore solar is not simply conventional PV placed on water. Salt-laden moisture and repeated wet-dry exposure can continuously challenge materials and electrical connections, while strong winds place additional demands on module loads, mounting structures, and system stability. Designed for nearshore and offshore floating PV, Yingli’s PANDA 3.0 Ocean Star responds with a salt-mist- and corrosion-resistant bill of materials, combined with a flexible bracket design. According to Yingli’s official product introduction, the complete solution has passed a Grade-8 salt mist test. Enhanced load resistance and a dedicated mounting structure further address strong winds and high-salt-mist environments—supporting greater stability under demanding marine conditions. For offshore PV, reliability starts with designing against the environment, not simply displaying the ocean. #Yingli #PANDA3 #OceanStar #OffshoreSolar #FloatingSolar #SolarEnergy	2026-10-28	257	6	1

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