South 8 Technologies’ Post

1.2kV-Rated SiC MOSFET Devices Supplied in D2PAK-7 and TO-247-4 package formats, the new Gen-3 Fast (G3F) MOSFETs from Navitas Semiconductor are based on the company’s proprietary silicon-carbide (SiC) technology, which utilises an innovative trench-assisted planar topology arrangement. These 650V and 1.2kV SiC MOSFETs offer support for elevated switching speeds and mean industry-leading conversion efficiency levels (reaching 97%) can be attained. Their on-resistance (RDSon) figures are kept to a minimum (typically 34mOhm) and high power densities (3.5kW/l) are benefited from. Key uses will include data centre power systems, electric vehicle (EV) powertrains, EV charging infrastructure, renewable energy installations and.. READ MORE https://lnkd.in/eVJUEPBn Emma Jenkins Gene Sheridan Grace Li Alfred Hesener Ranbir Singh Llew Vaughan-Edmunds Alessandro Squeri Stephen Oliver

Mobility of the ions and ion diffusion in the electrolyte phase affects the charge/discharge rate, energy density, and electrical conductivity. To increase the performance of batteries, it is critical to be able to characterize the mobility of ions in the electrolyte. These performance factors will be key for improving the existing electrochemical setup of batteries and developing the next-generation technology. Read the application note to discover all: https://lnkd.in/gzwY6teg #BatteryResearch #Batteries #BatteryProduction

Mobility of the ions and ion diffusion in the electrolyte phase affects the charge/discharge rate, energy density, and electrical conductivity. To increase the performance of batteries, it is critical to be able to characterize the mobility of ions in the electrolyte. These performance factors will be key for improving the existing electrochemical setup of batteries and developing the next-generation technology. Read the application note to discover all: https://lnkd.in/ecKPUP5x #BatteryResearch #Batteries #BatteryProduction

#LFP #LiFePO4-#T2 Today, I would like to introduce #LFP (#LiFePO4)-#T2, which has established high-speed lithium-ion transport channels within the cathode material. This innovation has increased the discharge capacity retention rate from 55% to 85% at -20°C, and from nearly zero to 57% at -40°C. Additionally, the LFP-T2 battery boasts excellent fast-charging performance. Calculations show that conventional LFP batteries require about 40 minutes of fast charging to achieve a range of around 550 kilometers; whereas this LFP-T2 battery can travel 500 kilometers with just 15 minutes of rapid charging. #EV #LFPcell #battery #newenergy #batterymaterials

The energy transition revolution is a much-discussed topic, but one of its weakest links is the battery. It's a mistake to think that one solution fits all, as the solution is an umbrella of technologies tailored to multiple uses such as powering cars, trucks, houses, buildings, and data centers. The key to success is combining solar, wind, nuclear, and fossil fuels to build efficient microgrids, with batteries being a crucial component. Although Lithium Ion batteries are the most well-known, they come with their own set of challenges. The good news is that significant investments are in place to develop new battery technologies. Check out this video to learn more: #evcharging #evehicles #energyindustry #batterytechnology https://lnkd.in/efB6F3n5 #energytransition #sustainability #renewableenergy

#ZC61-H2 hydrogen leakage sensor is mainly used in the monitoring of hydrogen leakage in the hydrogen fuel cell engine and hydrogen supply pipeline system. Features 🔶 MEMS process 🔶 Intelligent algorithms 🔶 Anti-electromagnetic interference 🔶 CAN interface output 🔶 Excellent repeatability and stability 🔶 Long service life Application ⏩ H2 energy vehicles ⏩ H2 energy preparation ⏩ H2 energy storage& transportation #hydrogen #hydrogensensor #H2sensor #hydrogenenergy #hydrogenleakage #hydrogenvehicle #hydrogenstorage

#GaNPowerSemiconductors are charging ahead with JEDEC's new JEP198 guideline, a game-changer for the power electronics industry. This critical development is set to amplify the reliability and efficiency of GaN devices, pivotal for sectors like #RenewableEnergy and #Electrification. Strategic Significance: 🔋 JEP198's guidelines for Reverse Bias Reliability Evaluation are set to become the gold standard for qualifying GaN power transistors, ensuring devices meet the rigorous demands of high-efficiency applications. 🔋 The collaborative effort behind these guidelines signals a unified stride towards enhancing Wide Bandgap (WBG) technologies, fostering greater confidence among power system manufacturers. Market Impact: 💡 With the JC-70 committee's global representation, the push for universal standards in WBG power technologies is gaining momentum, promising a surge in innovation and adoption rates. 💡 Dr. Kurt Smith's insights underscore the criticality of GaN semiconductors in the burgeoning renewable energy sector, marking a transformative period for the industry. Investment Opportunities: 🌱 Investors should eye companies actively engaged in the JC-70 committee, as they are likely to be at the forefront of implementing these new standards. 🌱 The focus on GaN technology opens up avenues for investments in companies specializing in renewable energy solutions and power systems that prioritize efficiency and sustainability. The #JEP198 publication is more than a guideline; it's a catalyst for a new era of power semiconductor excellence. For investors and industry leaders, this is the time to harness the potential of GaN technology and drive the future of energy efficiency. Dive deeper into the implications of this pivotal development and explore investment strategies with us at #MarketUnwinded. Read More: https://lnkd.in/gCC3wWcV #PowerElectronics #Sustainability #TechInnovation #InvestmentStrategy #EnergyTransition #JEDEC

If you missed the #webinar with our CEO Oliver Gunasekara, here's great news! You can watch it on-demand ==> https://zurl.co/mVUp #EVbatteries #batteries

Discover how accelerated computing is transforming #energyefficiency across industries, from speeding up AI training to enhancing scientific simulations ➡️ https://nvda.ws/4dSBgmv. Read now to learn more about the role of GPUs in integrating renewable energy sources and achieving net-zero.

South 8 Technologies' LiGas® is paving the way for even greater Li-ion battery safety and performance. LiGas uses a liquefied gas electrolyte that creates a more stable class of advanced Li-ion batteries. LiGas has demonstrated a significant reduction in fire risk for Li-ion batteries when exposed to extreme temperatures or physical abuse as compared to traditional liquid electrolyte cells.   Tests have shown that the rapid release of the LiGas electrolyte from inside battery cells significantly reduces the burn time of the Li-ion fuel from 6 minutes to 6 seconds – which is insufficient time for thermal propagation.   Learn more: https://lnkd.in/g8QrzWn4 Stay tuned for more updates as we continue to lead in battery safety and innovation! #BatterySafety #FAStBat #LiGas #Innovation #TechSafety #EnergyTransition #CleanEnergy #Innovation #South8 #LiGas #Lithiumion #Cleanenergy #Batteries #Battery #Batterytech #Cleantech #BatteryInnovation #Evs