ProLogium, the World Leader in Solid-State Battery, Won the CES 2019 Innovation Award

TAIPEI,Dec. 18,2018 -- The engine is the heart of a car. Well,for an electric vehicle (EV),that cliche won't apply-- if an EV ever had a heart,it is the EV's battery. In vogue was Tesla's Model 3 battery pack,boasting an energy density of 272 Wh/L. But drivers can't be more wrong ifthey think that's already the crown jewel of the EV heart. PLG's BiPolar+ 3D Structure Solid-State EV Battery Pack at the 2019 CES,attracted the spotlight with a smashing pack-level energy density of 537 Wh/L,but also 50% smaller,30% lighter,and 30% cheaper than the Model 3'. The CES' bestowing the Innovation Award 3 years in a row to PLG showed the industry's unequivocal consensus where the future of EV batteries lie: PLG Solid State Batteries (PLG SSB). Gone also is the industry's long-held pessimism that real pragmatic SSB EVs are always years away-- the PLG SSB is ready for mass production TODAY.

https://bit.ly/2Ln37iG (Figure 1) Comparison of Energy Density between Conventional Battery Pack and PLG Battery Pack

The SSB pack built by PLG is based on three generations of SSB technologies which PLGhavedeveloped over theyears. The 1st-generation technologyis represented by lithium ceramic battery,which replaced theexplosive liquid/jelly type polymer electrolytewith oxide ceramic electrolytethat greatly improved the battery'sstability as well assafety,making possible the use ofhighlyactiveanode/cathode materials to create high energy density SSB. The 2nd-generation technology,theBiPolar+,announced in 2018,achieved another global industry breakthrough that allows simultaneousstacking of pieces of inlays (combination of cathode/electrolyte/anode) in both series and parallel inside one single cell package to create high energy battery cell with voltage of 60V or higher. This reduces the number ofbattery cellsneeded in single modules,and simplifies BMS(battery management system) at the module level. The 3rd-generation technologyisthe"BiPolar+ 3D Structure Solid-State EV Battery Pack",announced as the CES InnovationAwardwinner. This new technology revolutionized the composition of EV batteries on both the cell and pack levels.

BiPolar+ 3D Structure Solid-State EV Battery Pack

PLG's goal in batterypack design is to achieve maximum pack energy density by increasing the weight/volume proportion of battery cells in the overall battery pack,and by reducing the proportion of those other parts that do not directlyproduce energy. Due to the highly hazardous nature of liquid/jelly type lithium batteries,conventional battery packs need intensive protection,BMS(battery management system) and cooling systems for stability and safety. These protective systems usually take up 47~63% of the conventional battery pack's overall volume/weight,resulting in correspondingly low proportion of cells in the pack (37~53%). In contrast,with PLG's batterypack technology,the proportion of cells in a pack can now exceed 79%.This substantial increase in cell utilization rate is attributable to two factors: 1. The PLG pack consistsof only four cells; 2.Each PLG cell hasbuilt-in heat dissipation systems.

1. Pack consistsof only four cells

In addition to the PLG BiPolar+ technologywhich enables the stacking ofinlay pieces in series and parallel simultaneously inside single cells,PLG made yet another major breakthrough by achieving the series/parallel simultaneousness both vertically and horizontally at the same time to significantly increasespace utilization rate,creatingbig cells that attaineven higher voltage and energy (85.2V,20KWh),and only 4 cells are needed to makean 80KWh EV battery pack. Compared with Tesla Model3's battery pack that require 4,416 cells to achieve similar functions,PLG's lead is in the magnitude of elevated dimensions. This dramatic reduction in cell number enablesPLG to adopt simple BMS,save packaging& connecting material between cells,increaseenergy density of the battery pack,and reduce cost of materials.

https://bit.ly/2Ln37iG (Figure 2) PLG BiPolar+ 3D Structure Solid-State EV Battery Cell (85.2V,20KWh)

https://bit.ly/2Ln37iG (Figure 3) PLG BiPolar+ 3D Structure Solid-State EV Battery Pack

2. Cell with built-in heat dissipation system

SSB's performance is much more stable in high and low temperatures than conventional Li-battery,thereforecomplicated temperature control system can be simplified. Also,results of tests conducted by European EV makers show that PLG SSB's thermal conductivity is three times higher than that of conventional lithium battery. Moreover,the PLG cell is the world-only with a built-in heat dissipation system fillingthe room between serial inlays with thermal conductive geltoevenly conduct heat outside cell's aluminum housing.In addition,liquid cooling tubes are installed on oneside of cells toachieve excellent thermal management. Thisgreatly simplified cooling system can save 20~50% of pack space.

6 years ago,PLG was the first in the world to achieve mass production of SSB. And today,while PLG is still the world's-only that has ever possessed the SSB mass production capability,this time it shocked the entire industry again with breakthroughs beyond the cell level - the PLG EV battery pack - a new horizon of pack mechanical design tailored for SSB,which has achievedthe goal oflow cost electric vehicle with high energy density batteries,. The pack technologyhas been introduced to and are now tested by EV makers in the U.S.,Europe,China,and Japan. Currently,PLG is engaged in in-depth cooperation discussions with aEuropean auto giant.It is expected that the first EV powered by "BiPolar+ 3D Structure Solid-State EV Battery Pack" may make its debut by as early as 2019.

PLG BiPolar+ 3D Structure Solid-State EV Battery Packwill be exhibited at theCES2019(runs on January 8-11 in Las Vegas,NV),LVCC North hall,booth no. 3531.

Welcome to witness this glorious moment with PLG,the CES 2019 Innovation Award HONOREE.

To learn more about ProLogium,visit: http://www.prologium.com/

Should you have any questions,please feel free to contact PLG Marketing Dept./Sam sam@prologium.com.tw

No.6-1,Ziqiang 7th Rd.,Zhongli Dist.,Taoyuan City 32063,Taiwan

Tel:+886-3-4521991 ext.18802

www.prologium.com

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