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III.A.6 Energy Storage System for High Power HEV Applications Jorgensen – USABC, Stoneberg – Maxwell cells have been produced and screened. The full scale LEESS Module deliverables have been designed, assembled and shipped for USABC evaluation. Gap analysis as of Q3 2013 (Table III - 7) indicates that, with the exception of low temperature performance and size/weight, the system is on track to meet power and energy performance targets. Current attention will be focused on the internal and USABC testing of the Maxwell LEESS Module and cells. Although the cell architecture has been frozen since mid-year for module production and USABC testing, Maxwell has made key electrolyte and electrode performance improvements that will enable the -30oC Table III - 7: 2013 Q3 gap analysis operational requirement and increase power density by the end of the program but beyond available time for USABC testing. These cell material improvements in turn will enable both size and weight reductions at the system level. FY 2013 Publications/Presentations 1. 2013 DOE Annual Peer Review Meeting Presentation. USABC LEESS PAHEV USABC REQUIRE- MENTS at EOL PROMISED – EOL PROJECTED Deliverable End of Program - EOL (PER SOW) End of Life Characteristics Unit PA (Lower Energy) PA (Lower Energy) PA (Lower Energy) 2s / 10s Discharge Pulse Power kW 55 20 55 20 55 20 2s / 10s Regen Pulse Power kW 40 30 40 30 40 30 Maximum current A 300 300 250 Energy over which both requirements are met Wh 26 26 Energy Efficiency % 95 95 96.1 Cycle-life Cycles 300,000 (HEV) 300,000 (HEV) 300,000 (HEV) Cold-Cranking Power at -30oC kW 5 5 3 Calendar Life Years 15 15 15 Maximum System Weight kg 20 22 35 Maximum System Volume Liter 16 25 33 Maximum Operating Voltage Vdc <=400 <=400 320 Minimum Operating Voltage Vdc >=0.55 Vmax >=0.55 Vmax 0.56 Unassisted Operating Temperature Range oC -30o - 52o -30o - 52o -20o - 52o 30o - 52o % 100 100 67 0o % 50 50 37 -10o % 30 30 21 -20o % 15 15 9 -30o % 10 10 6 Survival Temperature Range oC -46 to +66 -46 to +66 -46 to +66 Selling Price/System @ 100k/yr) $ $400 $920 $920 Hardware Level S y s te m S y s te m S y s te m Capacity Wh 310 Battery Size Factor (BSF) 80 Energy Storage R&D 52 FY 2013 Annual Progress ReportPDF Image | Advanced Battery Development
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