替代能源和可再生能源技术的安全性.pdf

1、Safety of alternative and renewable energy technologies Natural Hazards Research Australia 2023David Lange(speaker)David MorrissetWenxuan WuHons WynSergio ZarateUQ FireThe University of QueenslandUse casesShipping/transportationRO-ROCar transportersCar parksu/g,a/g,stackersOpen roadClosed road(tunne

2、ls)OfficesEnd of Trip FacilitiesHomesBattery walls(second use)Single dwellingsApartment buildingsTerraced unitsWarehousesAutomated storage and retrieval systemsRecycle/re-useDisposalAbuse leads to thermal runawayThermal RunawayMechanical AbuseCollisionDeformationESCOverchargeOverdischargeLocal Overh

3、eatISCThermal AbuseElectrical AbuseHigh TemperatureExplosion FlameDendrite FormationConsequenceshttps:/ transportersCar parksu/g,a/g,stackersOpen roadClosed road(tunnels)OfficesEnd of Trip FacilitiesHomesBattery walls(second use)Single dwellingsApartment buildingsTerraced unitsWarehousesAutomated st

4、orage and retrieval systemsRecycle/re-useDisposal Characterise the:Physical Environmental Toxicological Consequences in Battery Energy Storage SystemsNHRA T4-A8Work Package 4 of the FRNSW SARET projectInterpreting the differences3.Venting5.Thermal event5.2.Thermal event p2optional secondary event3a.

5、Fast venting3b.Slow venting5a.Explosion(ejection of battery internals)5b.Thermal runaway with fire5c.Thermal runaway without fire5d.Slow runaway4.Heating continues4.2.Heating accelerates1.Heating commences5a.Explosion(ejection of internals)2.Heating continuesInterpreting the differences3.Venting5.Th

6、ermal event5.2.Thermal event p2optional secondary event4.Heating continues4.2.Heating accelerates1.Heating commences2.Heating continuesInterpreting the differences3.Venting5.Thermal event5.2.Thermal event p2optional secondary event4.Heating continues4.2.Heating accelerates1.Heating commences2.Heatin