Search Results Found For: "donaldson"
Donaldson expands battery venting product line with Dual-Stage Flex resealable vent
Donaldson has expanded its dual-stage battery pack vent line with the addition of the Dual-Stage Flex battery vent. The new battery vent enables pressure relief at lower pressures, helping support battery life and reliability. EV weight can be reduced by using thinner battery pack walls, but thin walls can’t withstand higher pressures within the battery… Read more »
Donaldson launches two-stage protective vent for battery packs
Vehicle filter company Donaldson has launched its Dual-Stage Battery Vent, which the company says provides protection from pressure, heat, and contaminants. The battery vent’s first stage equalizes pressure, while providing protection from water, dirt, and automotive fluids. The second-stage venting kicks in if rapid pressure and heat build-up occur. During this stage, the vents fully… Read more »
New venting technology for EV drive modules (Webinar)
As the demands for electric vehicles evolve, so do the venting requirements used to protect Electric Drive Modules. Applying the appropriate Electric Drive Module (EDM) venting solution helps maintain vehicle performance in both every day and more challenging driving conditions. Join this session and discover the role venting technology plays when considering pressure equalization and… Read more »
Thermal Conductive Adhesives For Next Generation Cell-to-Pack Configurations
Cell-to-Pack is the direct bonding of individual battery cells to the battery pack’s cooling plate, and it’s a new trend in the EV market. It improves performance by providing higher pack energy density, improved part complexity, lower thermal loads on the battery pack, and simpler, lower-cost manufacturing of packs. To support Cell-to-Pack (CTP), new thermally… Read more »
How To Accelerate EV Time To Market Through Robust Subcomponent Testing
As automakers add EVs to their lineups, testing and validation of new models impacts time to market. Automakers can save time by selecting subcomponents that are pre-validated for their application. Donaldson develops core venting technologies to address various battery pack requirements and tests its battery vents extensively using standard and non-standard test methods. In this… Read more »
Thermal runaway protection materials and value-added services you should expect from suppliers (Webinar)
Beyond The Product Portfolio: Value-Added Services You Should Expect from Your Suppliers The worldwide electric vehicle market is rapidly gaining traction, with many local and global suppliers offering solutions for EV battery pack applications such as thermal runaway protection, compression pads, pack seals, thermal interface materials and more. As Design and Release Engineers, you are… Read more »
Top 5 Considerations For Designing An Optimized Battery Venting Solution
As battery pack designs rapidly evolve, it is essential that venting solutions also progress to meet application needs. Battery vents must be able to handle a variety of environments from normal operating conditions to extreme edge cases. Proper venting is essential to support battery pack functionality through pressure equalization and emergency degassing. Join this session… Read more »
Top 5 considerations for designing an optimized battery venting solution (Webinar)
As battery pack designs rapidly evolve, it is essential that venting solutions also progress to meet application needs. Battery vents must be able to handle a variety of environments from normal operating conditions to extreme edge cases. Proper venting is essential to support battery pack functionality through pressure equalization and emergency degassing. Join this presentation… Read more »
Pressure Equalization in Battery Packs: An Edge Case Analyses
With the rapid commercialization of electric vehicles, the automotive industry is continually evaluating the impact of different load cases and duty cycles on enclosures that need protection. Battery packs, inverters and other enclosures may experience edge cases in their duty cycles that could lead to severe over-pressurization and vacuum conditions if not accounted for appropriately…. Read more »