PRAMAC’s Post

To spur efficiency and power density of #energystorage, FoxESS Co, Ltd will be opting Infineon Technologies’s 1200 V CoolSiC #MOSFETs. All variants in FOXESS’ H3PRO 15 kW–30 kW energy storage line employ 1200 V CoolSiC MOSFETs from Infineon. These 1200 V CoolSiC MOSFETs will be utilized in industrial energy storage applications using EiceDRIVER gate drivers. Daihui YU | Mamta Pant Abichandani

👏 Glad to announce that the 1st paper has been published in the Special Issue "Power Cables in Energy Systems". Energies MDPI 📍 Check it out: Breakdown Performance Evaluation and Lifetime Prediction of XLPE Insulation in HVAC Cables 📍 Author: Boxue Du et al. Tianjin University State Grid Tianjin Electric Power Company 📍 More information about the paper can be found here: https://lnkd.in/dDYK5AtG 📩 Submit your manuscript here by no later than 31 December 2024: https://lnkd.in/dXF2Uwfx #mdpienergies #openaccess #XLPE #powercables #lifetime #predictionmodel

Would you like to drastically reduce the time you spend on photovoltaic plant control and maintenance tasks? ► https://lnkd.in/dWy-KMWF | The E-1500 curve tracer allows you to measure several hundred I-V curves per working hour in photovoltaic modules up to 1500V and 35A. ➝ The only one capable of measuring bifacial modules. ➝ The only one with an infrared thermometer (E-Temp) for contactless temperature measurements, eliminating the need to attach and detach the temperature probe to the back of the modules. Click the link above to discover all the innovative features and components incorporated in the E-1500, developed by ENTEC SOLAR in collaboration with QPV Qualifying Photovoltaics. #QPV #QualifyingPhotovoltaics #photovoltaic #solarenergy #e1500 #energycurvetracer

Ever wonder how sunlight can be transformed into electricity? Meet photovoltaic (PV) systems! These innovative setups utilise semiconductor materials to convert light into electrical energy through a process called the Photovoltaic Effect. But how does it all work? Click the link to find out more: https://ow.ly/zJA050RfWf3 #Seaward #WhatIsSolarPVTesting #SolarMaintenance #RenewableEnergy

Our latest paper published in Electric Power Systems Research. Improving the reliability of PV system and battery storage systems based Microgrids in the event of multiple faults in converters.

Magnets are vital components found in various household electronics (e.g. speakers, electric motors etc.) and are essential to tap into renewable energy sources. 🟠 Speakers, for example, produce sound by the interaction of a permanent magnet and electromagnet. 🟣 While wind turbines use magnets in their generators which play a crucial role in converting the mechanical energy from the spinning blades into electrical energy. 🔵 In the case of heat pumps, magnets can be found in the electric motors that drive the pumps or fans. Being able to recycle these “common products” is a must to recover valuable materials such as neodymium.  Pascal Leroy 🇪🇺🌍 and Michelle Wagner from the WEEE Forum zoom in on the #criticalrawmaterials act on our website! 👉 https://loom.ly/xhcYy2Q European Health and Digital Executive Agency (HaDEA) European Commission #permanentmagnets

🌞 The durability of photovoltaic panels proven! The solar models of the first Phébus 1 power plant (less than 1 Kwe) showed a drop in performance of just 0.66% over 31 years. These results far exceed most manufacturers' guarantees, proving the durability and reliability of photovoltaic panels. 🔋🔆 #renewableenergy #photovoltaics #Phébus1 #solartechnology #solarpanel

Modelling the Broadband Impedance of a Lithium-ion Battery Cell Using the Pseudo-Random Impulse Sequence Perturbation Lithium-ion (Li-ion) batteries play a crucial role in seamlessly integrating renewable energy sources like wind and solar power into our electrical grids. Furthermore, Battery Energy Storage Systems (BESS) powered by these Li-ion batteries counteract the inherent variability and unpredictability of renewable generation, significantly boosting the grid's reliability. In this research, Zandile Moyo under supervision of Dr Fredrick Mwaniki, uses System Identification (SI) and Parameter Estimation (PE) processes to model the internal impedance and behaviour of a Li-ion battery cell. This research is essential as batteries are becoming increasingly crucial in various industries, including electric vehicles, renewable energy, and portable electronics. Read more https://lnkd.in/dxGWxxJM #batteries #renewableenergy #electricvehicles #portableelectronics

✈ Another 12 Sets of EnerArk Order from Sweden | #Vilion Accelerates Its Expansion across Europe ✈ 🎢 Recently, Vilion’s EnerArk-M integrated outdoor #battery #energy #storage cabinet received a bulk order from Swedish. A total of 12 sets of EnerArk-M will be delivered by early June and will be used for C&I power grid frequency regulation. 🎢 #EnerArk-M is a compact and plug-and-play #BESS that integrates #PCS, batteries, BMS, EMS, MPPT, automatic fire suppression system, and temperature control system into one unit. It is easy to transport, install, and maintain, and it also supports parallel expansion of multiple units to achieve higher power and capacities. It can meet the Dynamic Frequency Regulation and Frequency Containment Reserve (#DFR/ #FCR) and is suitable for various C&I #energy #storage application scenarios. 🎢 It's worth noting that since the delivery of the first frequency regulation project to the Swedish market in the Q4 of 2023, by the Q1 of 2024, in just two quarters, #Vilion has successfully delivered 9 C&l energy #storage frequency regulation projects to #Sweden. Currently, there are still orders from Swedish customers in continuous production. 💡 View the details：https://lnkd.in/geEwVvBK #battery #BESS #electricity #energystorage #storage #EnerArk #Vilion #power #grid #batteries #BMS #EMS #MPPT

Here’s a thing: A lot of renewable energy capacity can’t get connections to the grid. In some cases this is because they are long distances from the grid, in others it’s because the grid doesn’t have the capacity to cope with the additional loads. Here’s a solution (at least for some situations): Change the cables! Recent developments in grid cabling means they are much more efficient, able to carry more load with less loss and, if they are overhead cables, with less sag - which can be hugely important in some situations. This webinar, available ondemand at this link, explains all. Additionally, David Borlace - of the briliant Just Have A Think YouTube channel - will release a video covering the subject this coming weekend. If I remember I’ll add the link for the video in the Comments once it’s releases, or if you want early access join him on Patreon. .