LONGi Solar’s Post

Jinko Solar Co., Ltd. listed in 2024 Fortune China Tech 50 JinkoSolar has been included in the latest 2024 Fortune China Tech 50 list, underlining its robust R&D capabilities and outstanding achievements in technological innovation within the PV industry. The “Fortune China Tech 50” list, published for the first time this year, identifies Chinese technology companies that are making a global impact. As a leading global PV manufacturer, Jinko continues to expand its patent portfolio through a substantial investment in R&D, now exceeding 6%-7% of annual revenue, with nearly 9 billion RMB invested from 2020 to 2022 and over 6.8 billion RMB in 2023. Read the full story here: https://lnkd.in/dRA5n7ae #solarenergy #alternativeenergy #solarpv #pvsolar #photovoltaic #cleanenergy #cleantech #climatechange #china #jinkosolar #n-typetechnology #pvindustry #renewableenergy

⚡ HiTHIUM LFP batteries are now powering another 200MW/400MWh project in Ningxia. As an important part of the West-To-East Electricity Transmission project, this station transfers electricity from regions in western China like Qinghai and Gansu to eastern regions, ensuring greater operational stability and safety for the grid, and optimizing the allocation of electric power resources. 🔋 Size? 200MW/400MWh 📍 Place? Ningxia, China 💲 Investment? RMB 800 million 📢 And worth mentioning -it's one of the largest clean energy shared power stations connected to the grid in Ningxia in 2023. We're honored to be a part of this mission, together with the regional power investment corporation, SPIC. Supporting the Ningxia economy and reliable access to clean power is a great example of why we're dedicated to innovating and scaling BESS! 📈 Every project counts. #HiTHIUM #energystorage #batterytechnology #batterystorage #cleanenergy 

Onsemi Enhances Power Modules to Boost Solar Energy Efficiency Onsemi has unveiled upgraded F5BP Power Integrated Modules (PIM), combining silicon and silicon carbide (SiC) technologies to significantly improve power density and efficiency in utility-scale solar inverters and battery energy storage systems (BESS). The upgraded modules raise power ratings from 300 kW to 350 kW, delivering efficiency gains that could save up to 2 MW per hour in solar generation facilities—enough to power 700 homes. For every gigawatt of installed capacity, these improvements equate to operating savings of $250,000 per year, underscoring the economic benefits of enhanced solar efficiency. Key to this advancement are the integrated high-voltage IGBTs and EliteSiC diodes, which minimize switching losses and voltage flicker, providing more stable and reliable power conversion. Solar energy is becoming a preferred renewable power source as it offers a favorable levelized cost of energy. To integrate solar power with the grid, solar inverters must convert DC from solar arrays to AC at high voltages and with maximum efficiency. Onsemi's upgraded power modules, which can be configured for either boost or inverter circuits, address this need by offering improved thermal resistance and greater reliability. By combining well-established IGBT technology with cutting-edge SiC devices, Onsemi is driving the efficiency of solar power generation forward. These power modules not only enhance energy savings but also push the adoption of carbon-free, renewable energy sources, making solar energy more competitive and accessible. 🔗Website: www.ftcelectronics.com 🌐Email: info@ftcelectronics.com #Onsemi #SolarPower #RenewableEnergy #SiC #PowerModules #EnergyEfficiency #CleanEnergy #InverterTechnology #BESS #CarbonFreeEnergy #FuturetechComponents #ElectronicComponents

We did it again. 🎉 👏 The CNTE 10MW/20MWh C&I ESS is now in operation in #Chongqing, China. This is CNTE's first project with Changan #Ford  Industrial Park, It is noteworthy that this is the largest C&I ESS project in Southwest #China. CNTE has once again demonstrated its exceptional delivery capabilities and unparalleled product quality. Let's take a look at the project highlights: 1. Capacity: 20MWh 2. Power: 10MW 3. Cell: #CATL LFP liquid-cooled batteries 4. Advantages: 26% increase in power density compared to traditional air-cooled, 20% reduction in self-electricity consumption, 50% savings in floor space, 10% savings in construction costs. Going forward, CNTE will prioritize R&D and #innovation, continuing to develop and share industry-leading solutions and service standards in the field of energy storage. We will drive growth in the new energy industry with our cutting-edge technology. #batterystorage #energystorage #CNTE #CATL #ESG #GreenEnergyRevolution #BESS

Onsemi’s Next-Gen IGBTs Boost Efficiency for Solar and Energy Storage At PCIM 2024 in Germany, onsemi unveiled its 7th generation 1200 V QDual3 IGBT modules, offering significant advancements in power density, output power, and efficiency. Leveraging Field Stop 7 (FS7) technology, these modules provide up to 10% more power without additional heat or design modifications, making them ideal for solar farms, energy storage systems, and industrial motor drives. IGBTs, known for their efficient and fast switching capabilities, are crucial in high-voltage and high-current applications. Onsemi’s QDual3 modules meet stringent automotive standards, ensuring robustness and reliability in harsh conditions. These modules are designed to operate efficiently in central inverters for solar farms, commercial agricultural vehicles, and industrial motor drives. Renewable energy adoption is growing, necessitating solutions for peak demand management. The QDual3 modules enhance energy management and storage efficiency by enabling manufacturers to build systems that produce more power within the same footprint. This capability ensures reliable energy flow despite solar generation's intermittency, supporting grid stability. The QDual3 IGBTs feature an 800 A half-bridge configuration and advanced packaging techniques, reducing switching and conduction losses. FS7 technology allows a 30% reduction in die size, increasing power density to support higher current capacities. These modules boast an IGBT VCE(sat) as low as 1.65 V at 175°C, leading to 10% lower energy losses and heat dissipation. By facilitating efficient energy production and storage, onsemi’s QDual3 IGBT modules play a pivotal role in advancing renewable energy applications, driving the future of sustainable energy solutions. 🔗Website: www.ftcelectronics.com 🌐Email: info@ftcelectronics.com #Onsemi #IGBT #RenewableEnergy #SolarPower #EnergyStorage #PCIM2024 #Efficiency #Sustainability #Innovation #PowerElectronics #FTCelectronics #ElectronicComponents

In a significant advancement for energy storage technology, researchers at the Gwangju Institute of Science and Technology (GIST) in Korea have developed a novel electrode that dramatically improves the performance and longevity of flowless zinc-bromine batteries (FLZBBs). This breakthrough has the potential to revolutionize energy storage, achieving a record 10,000 charge cycles with 96% Coulombic efficiency. #EnergyStorage #BatteryTechnology #SustainableEnergy #GreenTech #CleanEnergy #InnovationInScience

From March 10 to 13, 2024, our subsidiaries Nemix, Raderenergy, and TJ-TOP, specializing in #electric #vehicle charging solutions, had the privilege to participate in the esteemed 14th China International Energy Storage Conference held in Hangzhou. During the event, they humbly presented some of their ongoing efforts and explorations within their respective fields. Nemix has consistently focused on improving the #efficiency and stability of #energy #storage systems in its domain of #energy management. While striving for advancements, we modestly aim to contribute incrementally to the development of global sustainable energy networks. Raderenergy, recognized for its research in eco-friendly and #efficient #energy #storage systems, introduced product updates that align with market demands. We uphold the principle of innovation driving green economic growth, yet remain conscious of the extensive journey ahead. TJ-TOP, devoted to charging technology for electric vehicles, shared some of its recent innovations during the conference. Facing numerous challenges in the field, we are continuously learning and making progress while remaining humble about our accomplishments. At #CIES 2024, representatives from these three companies engaged sincerely with industry peers, listened attentively to various perspectives, and proactively explored potential collaboration opportunities. Recognizing that our achievements are underpinned by collective support and collaboration across the industry, we maintain a modest stance, working together to foster knowledge accumulation and technological advancement in the energy storage and electric vehicle charging sectors.

LG Energy Solution has garnered intense industry attention with its successful development of a groundbreaking technology that dramatically enhances the performance of lithium metal batteries, in collaboration with the Korea Advanced Institute of Science and Technology (한국과학기술원(KAIST)). On the 7th, the joint research team announced their success in developing a core technology for lithium metal batteries, which can improve efficiency by about 50% compared to lithium-ion batteries, and significantly enhance charge/discharge efficiency and overall battery life. Notably, this research paper, a culmination of two years of research by the Frontier Research Laboratory (FRL), established by both LG Energy Solution and KAIST in 2021, has been published in 'Nature Energy,' a leading academic journal in the energy field, reaffirming the technical prowess of LG Energy Solution🌟 Conventional lithium-metal batteries have their issues, such as the formation of dendrite on the anode surface and continuous corrosion caused by the liquid electrolyte. However, to resolve these challenges, LG Energy Solution and KAIST came together to introduce, for the first time, the effects and operational methods of the ‘borate and pyran combination.’ The liquid electrolyte applied by the joint research team reconstructs the solid electrolyte layer, formed on the lithium metal anode surface during charging and discharging, into a dense structure of a few nanometers thick. This pioneering approach minimizes corrosion between the electrolyte and the lithium metal anode. Not only does this enhance the charging and discharging efficiency of the lithium metal battery, but it also increases the energy density to the extent that a single charge can enable a driving range of up to 900 km (560 miles)🚘 “By resolving conventional lithium-metal batteries’ biggest issue in collaboration with KAIST, LG Energy Solution is a step closer to its realization,” stated geunchang chung, Executive Vice President and Head of LG Energy Solution’s Future Technology Center. He also emphasized the commitment to creating a better future through differentiated technological capabilities. Stay tuned for LG Energy Solution as they lead the battery market with their innovative technology! More Info👇 https://lnkd.in/gd77AX98 #LGSciencepark #LGEnergySolution #NatureEnergy #Technology #Innovation #Lithium #Metal #Battery #LithiumMetalBattery #Mobility #FRL #SEI #Electrolyte

#casestudy "Zero Carbon Campus": A Living Reality with C&I PV+ESS Solution 🌞🔋 Mahidol University, one of Thailand's top universities, boasts the largest single-site C&I PV+#ESS installation in the Asia Pacific region. The university's forward-thinking installation –15 MW PV + 600 kWh ESS fully configured with #optimizers slashes electricity bills by $2.3 million yearly and cuts carbon by 11,000 tons. That's like planting a forest of 15,000 trees annually! This isn't just about saving money. It's about inspiring minds. Mahidol University's students are now at the forefront of exploring green energy. Real-world learning, real impact. See how Huawei's C&I Smart PV+ESS solution is making this happen: https://lnkd.in/eX7GMjUn #FusionSolar #energystorage #ComercialEnergyStorage #solarenergy #RealWorldLearningRealImpact #ZeroCarbonCampus

Yesterday I had the honor of exchanging thoughts with one of solar industry's most estemeed and experienced leaders, professor Cao Renxian, Chairman of Sungrow Power Supply Co., Ltd.   It was also a great opportunity to reflect back on our path with Sungrow. When we started in 2020, Sungrow was significantly less popular in Europe than many other inverter brands. At the same time, Menlo Electric was just a start-up - we had little to offer but a strong #desire to prove our worth by championing Sungrow.   It took a leap of faith from both sides for this cooperation to take off. But take off it did 🛫   Fast forward 3.5 years and we feel very priviledged to be recognized as one of Sungrow's largest distributors and key partners across Europe, Middle East, Africa and the US. This partnership, or 关系, is a strong foundation that we will continue to build on going forward! Thank you Meng Yang, JinDong Lewis LI, Mario Pollak and Adam Hrycz for making this meeting happen.   Now, off to pre-SNEC meetings. It's going to be very dynamic couple of days, which will help us strengthen our existing relationships and, hopefully, forge new ones.   I'm sure it will also test my stomach's resilience to #Moutai.    Fun fact: did you know that Moutai's manufacturer is China's most valuable public company, valued at just under USD 300bn?  Not too bad for a company producing a 52% liquor...   #solar #pv #partnership #EnergyTransition #SNEC #China