Evaluating drive cycle current for better battery pack design
oorja’s drive cycle current app predicts the current in each battery cell, allowing for accurate battery design and enabling accurate calculation of battery degradation and temperature rise While evaluating battery pack performance during the design phase, information on drive cycles for which the battery is being designed is critical. A drive cycle is basically a […]
Predicting anisotropic thermophysical properties of batteries using oorja
Lithium-ion batteries today power the lives of millions of people each day. From laptops and cell phones to electric cars and scooters, this energy storage technology is growing in popularity due to its light weight, high energy density, and ability to recharge. In our recent blogs, we spoke about how crucial temperature is to battery […]
How does temperature affect battery performance?
oorja’s hybrid-based simulations allow you to design and evaluate battery packs under various temperatures and operating scenarios Given that batteries are the most crucial and heaviest component of an electric vehicle, automotive engineers face numerous design challenges when it comes to the battery design, especially around aspects such as thermal and material safety and durability. […]