Same 314Ah Capacity — T300 vs T300L In energy storage, backup power, and RV applications, users today aren’t just looking for big capacity anymore. Fitment, available space, and system compatibility matter just as much. That’s why Tistar developed the T300 and T300L 12.8V 314Ah LiFePO₄ batteries. While both models share the same capacity and core…
As demand continues to grow for RVs, 4×4 off-road builds, marine systems, and mobile energy storage, users now expect more from their lithium battery systems — especially in space efficiency, installation flexibility,and safety performance. The all-new upgraded Tisar Slim Battery Series is designed to meet these needs with a more compact structure,improved installation versatility,…
🇦🇺 2026 Australia Battery Subsidy Cuts: What You Need to Know The Australian Federal Government has recently made significant adjustments to its residential energy storage subsidy policy. From May 2026, changes will be introduced to subsidy levels, structure and the degressive mechanism, marking a shift from rapid market expansion to a more rational development phase….
💹The recent surge in lithium carbonate prices is becoming a critical factor driving cost increases across the lithium iron phosphate (LFP) battery industry. As raw material costs rise, pressure is transmitted through the supply chain, pushing battery prices upward. ✅ I. Lithium Carbonate Price Surge: Core Catalyst 1. Substantial Surge in Raw Material Costs Lithium…
✨🎄Wishing everyone a very Merry Christmas.🎄✨ Thank you for your support and trust throughout the year — it truly means a lot to us. May this season bring rest, warmth, and meaningful time with family and friends. Stay safe and enjoy the holidays.💚 — Best Wishes from TiStar Tech Team
👉 In the battery industry, the quality grading of battery cells is crucial for product performance and reliability. Cells are typically categorized into Grade A, Grade B, and Grade C. This article focuses on teaching readers how to distinguish between Grade A and Grade B cells. ✅ I. Grade A Cells Grade A cells represent…
BMS Overview In lithium battery systems, the Battery Management System (BMS) is the core component that ensures safety, stability, and long service life. All Tistar batteries are equipped with high-performance BMS units that monitor voltage, current, and temperature in real time, and manage the charging and discharging process, providing multiple layers of protection to ensure…
Why Perform IEC 62619 Testing? IEC 62619 requires both cells and battery systems to undergo a series of safety verifications, ensuring that under normal operation and “reasonably foreseeable misuse”, no fire or explosion will occur. The testing is divided into two parts: Cell-level testing: Verifies the safety of individual cells. Battery system-level testing: Verifies the…
What is IEC 62619? IEC 62619 is an international standard that ensures the safety of industrial lithium cells and battery packs. It defines safety requirements for every stage from battery design and manufacturing to usage, ensuring that batteries remain safe and reliable during transportation, installation, operation, and even under unexpected conditions. Difference Between Cell-Level and…
We understand that safety is the top priority when using lithium batteries, especially in a market like Australia with its varied climate. Our batteries have been certified to several standards, including IEC 62619, IP67, UN38.3, MSDS, CE, ROHS (cells), and UL1973 (cells), giving you peace of mind during use. IEC 62619 This standard focuses on…