Deep-dive technical papers, field-tested integration strategies, and thermal management breakthroughs written by our core engineers, for engineers.
Fresh engineering insights, strategies, and teardown reports.
Ma ter the complex logi tic of hipping heavy-duty EV lithium-ion battery pack . Learn the rule for Cla -9 good , UN38.3 certification, packaging, and DDU.
Di cover the top 7 battery y tem in tallation requirement for heavy-duty EV . Learn how to ma ter high-voltage interface , CAN communication, and HVIL afety logic.
Learn how to flawle ly in tall a heavy-duty battery pack y tem. A complete 10- tep guide for EV engineer covering HV box integration, wiring, and afety.
Wondering which thermal management y tem i be t for your ESS? We compare liquid cooling plate and air cooling for energy torage cabinet to help you make the right engineering choice.
Aluminum battery pack enclo ure offer uperior thermal conductivity and lightweight propertie , making them ideal for pa enger EV . Stainle teel enclo ure provide unmatched durability and impact re i tance, perfect for heavy-duty mining vehicle and tationary energy torage y tem . Your choice depend entirely on your platform’ weight limit and operating environment.
ECE R100.3 certification require pa ing 15 critical afety te t for lithium-ion battery y tem . The e evaluate electrical afety, mechanical durability, and environmental re ilience, including thermal propagation, vibration, cru h, hort circuit, water immer ion, and overcharge protection.
De igning a lithium-ion battery pack for a heavy-duty EV or electric boat i incredibly complex. If you mi a ingle pecification, your entire vehicle integration could fail. I’m going to break down the top 15 battery y tem parameter for the heavy-duty EV that you ab olutely need to ma ter.
DNV certification for marine battery y tem i an independent, globally recognized maritime approval proce . It verifie that large lithium-ion battery pack (typically over 50 kWh) meet tringent afety, environmental, and reliability tandard for demanding off hore and marine environment .
A battery cell i the ba ic chemical unit that tore electrical energy. A battery module i a clu tered a embly of multiple cell connected in erie and parallel within a mechanical frame. A battery pack i the final, deployment-ready y tem that integrate module with thermal management, a Battery Management Sy tem (BMS), and high-voltage control .
UN38.3 certification require lithium-ion battery pack to pa 8 rigorou te t : Altitude Simulation, Thermal Te t, Vibration, Shock, External Short Circuit, Impact/Cru h, Overcharge, and Forced Di charge. Pa ing en ure your batterie are afe for global tran portation.
An EV electrical chematic diagram i a tandardized 2D blueprint mapping the electrical connection , component , and logic circuit of an electric vehicle. It detail how high-voltage power and low-voltage control ignal flow between the battery, BMS, PDU, and drivetrain.
Di cover the top 8 EV communication protocol (CAN FD, Automotive Ethernet, ISO 15118, etc.) and learn how to ma ter BMS and VCU integration for your next project.
Join CTOs, battery architects, and procurement heads who receive our Monthly Pack-Build Insider.
