We use LFP for long lifetime, cheap and safe systems; NMC and NCA for higher current rates and higher energy density; and LTO for low-temperature performance, great aging behaviour, and…
When a battery supplier promises long cycle life, high capacity, fast charging, wide temperature operation, and a strong warranty, the real question is not whether the numbers look good —…
Over the past months I travelled through the United Arab Emirates, Thailand and China, and the insights below come directly from the conferences, workshops and meetings I had with project…
The following article was created by Dr. Harrison Wong. A Turning Point in Global Battery Trade China’s new battery export regulations are reshaping global supply chains and signaling a strategic…
The topic of Li-ion battery aging continues to fuel conversations in the energy storage industry. While this article does not aim to provide a comprehensive overview of battery aging (as…
In the transition to renewable energy, batteries and hydrogen technologies are often viewed as competing solutions. However, this perceived rivalry is not only unnecessary but potentially counterproductive to achieving a…
Gabriela Bergiel, a talented student at AGH University of Science and Technology in Krakow, is taking battery research to new heights—literally. As an alumna of the BattXcel Pro offered by…
The article is based on a webinar held on September 11, 2024, featuring an interview between Dr. Frank Richter, CEO of Greenectra, and Dr. Piotr Kołodziejek, Key Expert in Innovation…
Li-ion batteries can catch fire or explode due to a thermal runaway, often triggered by overcharging, physical damage, or manufacturing defects. Implementing robust safety measures can significantly reduce these risks…
Li-ion batteries are typically charged in two main phases: the Constant Current (CC) phase and the Constant Voltage (CV) phase. Proper management of voltage, current, and temperature is crucial to…