Electrical car charging station producers face a lot of challenges, together with connectivity points, element issues, and incompatibility. How have you learnt in case your DC charger can deal with the boundary circumstances it could face within the discipline? Effectively, you take a look at. Nonetheless, testing has its personal challenges. Together with testing the charging course of and security mechanisms, one of the essential take a look at objects for multi-coupler EVSE merchandise is energy sharing or load administration testing.
Chroma mitigates challenges with complete EVSE product reliability and operability take a look at protection for these boundary circumstances which will trigger product failure. Chroma’s EVSE take a look at resolution, built-in with the brand new PowerPro 5 software program platform, is now geared up with multi-threaded testing features and might concurrently simulate as much as 4 automobiles with similar or totally different communication protocols.
Be part of this webinar on the upcoming Charged Digital Convention on EV Engineering, offered by Chroma, the place you’ll learn to guarantee EVSE product reliability and operability are at their optimum earlier than discipline points come up.
For instance, how you can management the EVSE to output a number of connectors on the identical time primarily based on specified take a look at situations in addition to simulate plugging in at totally different occasions to check the tools’s energy sharing capabilities. This take a look at state of affairs supplies realism and, in comparison with standard single-coupler testing, reduces the general testing time by as much as 40%, considerably increasing take a look at capability.
Reserve your spot—it’s free!
Different classes at our Fall Digital Convention embrace:
New Battery Security Supplies: Stopping Fireplace And Warmth Propagation
Because the demand for electrical automobiles and vitality storage programs surges, so does the crucial want for enhanced battery security. Fujipoly America is on the forefront of addressing this problem with its revolutionary supplies designed particularly for battery producers and integrators.
Be part of this webinar for a product demonstration the place we’ll introduce two groundbreaking options: G1S20488 Anti-Thermal Propagation Materials. This next-generation materials acts as a barrier, successfully stopping warmth from spreading between battery cells. This mitigates the chance of thermal runaway, a harmful chain response the place overheating in a single cell triggers overheating in neighboring cells.
G1S20488 additionally addresses inside modifications throughout the battery cells themselves, additional stopping malfunctions that would result in security hazards. G1S20360 Anti-Fireplace Propagation Materials empowers engineers to considerably cut back the chance of battery fires. G1S20360 acts as a fireplace retardant, hindering the initiation and unfold of flames throughout the battery pack. This crucial perform supplies further safety in case of surprising malfunctions and enhances general battery security. By incorporating these Fujipoly supplies into their battery designs, producers can guarantee better security and reliability for electrical automobiles and vitality storage programs, fostering belief and confidence on this transformative know-how.
Key Takeaways:
- Improve battery security: Fujipoly’s G1S20488 and G1S20360 supplies handle crucial thermal and hearth security challenges in battery know-how.
- Forestall thermal runaway: G1S20488 acts as a barrier to cease warmth from spreading between battery cells, stopping harmful chain reactions.
- Suppress hearth propagation: G1S20360 considerably reduces the chance of battery fires by hindering flame initiation and unfold.
Reserve your spot—it’s free!
See the complete session record for the Fall Digital Convention on EV Engineering right here.
Broadcast dwell on September 16-19, 2024, the convention content material will span the EV engineering provide chain and ecosystem, together with motor and energy electronics design and manufacturing, cell improvement, battery programs, testing, powertrains, thermal administration, circuit safety, wire and cable, EMI/EMC and extra.
