EH意見交換会_ishihara.pptx
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- まな しまむね
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1 2 44 2! " "! " "! 1 2! " "! " "! 3!? " MPEG4 " 15% Hojun Shim, Youngjin Cho and Naehyuck Chang, "Power Saving in Hand-held Multimedia Systems Using MPEG-21 Digital Item Adaptation," in ESTIMedia, 2004! " " 25% 15% 8% 10% 26% 16% CPU Memory Frame Buffer LCD LCD Backlight converter % 4 Data center energy Benchmarking Case Study, LBNL 5 W) 100$ 80$ 60$ 40$ 20$ 0$ AC/DC$ 70$ DC/AC$ UPS PDU DC Power for Improved Data Center Efficiency, LBNL 15$ 20$ UPS+PDU$ PSU$ VRs$ 208/120 AC/DC$ PSU 50$ DC/DC$ 20$ 12Vdc VRs 5.0V DC/DC DC/DC DC/DC 100$ 3.3V CPU, Memory 6
2 /. /. rktf /. /. rktf! " "! v " " " input output Efficiency (a) (b) Power Efficiency (%) 50 Power (W) Vout V out (V) 2 2 Vin (V) Vout V out (V) 2 2 Vin V (V) Image Credit: Prof. Naehyuck Chang of SNU and his group 7 Power Loss (1.0 Efficiency) P input TI TPS63030 datasheet. 8 V in /. /. rktf! " s # ue " cehy # LR I in R sw1 R sw4 R L L f Q sw1 Q sw4 Capacitor Inductor Buck R Boost R C sw2 R sw3 controller controller Q sw2 Q sw3 W. Lee, Y. Wang, D. Shin, N. Chang, and M. Pedram, Power Conversion Efficiency Characterization and Optimization for Smartphones, in Proc. of ISLPED, pp , Aug., I out V out Image Credit: Prof. Naehyuck Chang of SNU and his group j teipt! Ruk ho! wj teipt " etlt nlcf ota " 0 k ho "! eipt " 12@ @ # s " ota # etlt nlcf% D. Shin, et al., Battery-Supercapacitor Hybrid System for High-Rate Pulsed Load Apprications, in proc. DATE, pp.1-4, March., Hybrid Energy Storage System (1/3) # " # " # " M. Pedram, et al., Hybrid Electrical Energy Storage Systems, in proc. ISLPED, pp , Aug., Power source Hybrid Energy Storage System (2/3) Charger Charger Charger Super capacitor bank Li-ion battery bank Lead-acid battery bank Converter Converter Converter load M. Pedram, et al., Hybrid Electrical Energy Storage Systems, in proc. ISLPED, pp , Aug.,
3 Hybrid Energy Storage System (3/3) # " # " Charge Migration " Charge Allocation " Charge Replacement Y. Wang, et al. "Charge migration efficiency optimization in hybrid electrical energy storage (HEES) systems," in proc. ISLPED, pp , August, Y. Wang, et al. "Charge allocation for hybrid electrical energy storage systems," in proc. CODES+ISSS, pp , October, Q. Xie, et al. "Charge Replacement in Hybrid Electrical Energy Storage Systems," in proc. ASP-DAC, pp , January, HESS # 10% 50% # # " " 11 13% S. Bandyopadhyay, A. P. Chandrakasan. "Platform Architecture for Solar, Thermal, and Vibration Energy Combining With MPPT and Single Inductor," JSSCC, pp , September, Maximum Power Point Tracking!! Max. Power Transfer Tracking (1/4)! MPTT " MPPT Image Credit: Prof. Naehyuck Chang of SNU and his group MPPT 15 R. Jain, et al., Conductance Modulation Techniques in Switched-Capacitor onverter for Maximum-Efficiency Tracking and Ripple Mitigation in 22nm Tri-gate CMOS, CICC, Sept., Max. Power Transfer Tracking (2/4)! " MPPT " Image Credit: Prof. Naehyuck Chang of SNU and his group Y. Kim, et al., Maximum Power Transfer Tracking for a Photovoltaic-Supercapacitor Energy System," in proc. ISLPED, pp , August, Max. Power Transfer Tracking (3/4)! MPPT MPTT Tracking method MPTT MPPT MPTT MPPT Supercap. Capacitance (F) Final supercap. voltage (V) Final sueprcap. Energy (J) Energy ratio to the optimum (%) 2,378 2,378 23, , k 93k 59k 14k 102k 96k 77k 16k Data provided by Prof. Naehyuck Chang of SNU and his group 18
4 Max. Power Transfer Tracking (4/4)! MPPT! MPTT! MPTT! MPTT! " "! " "! /. /. rktf~! v " " " input output! " Power Loss (1.0 Efficiency) P input A B C TI TPS63030 datasheet CPU 1.0V 3.3V 5.0V K. Lee, T. Ishihara, A Dynamic Reconfiguration Technique for PV and Capacitor Arrays to Improve the Efficiency in Energy Harvesting Embedded Systems, in Proc. of International Conference on Smart Grids and Green IT Systems, pp , April, /2! " 3 " 124 Configurable array for PV cells PV(m,n) Energy storage (4,1): 0.5V, 320mA output (2,2): 1V, 160mA output (1,4): 2V, 80mA output M. Uno, Series-parallel reconfiguration technique for supercapacitor energy storage systems, in Proc. of TENCON, Y. Kim, et al. Balanced Reconfiguration of Storage Banks in a Hybrid Electrical Energy Storage System, in Proc. of ICCAD, pp , November PV(m,n) Charger Supercapacitor Configurable array for supercapacitors 24
5 2/2! " OR 3!!! Good Harvest! " Good Harvest! Control the charging current Control the charging current 27 28! " Bad Harvest! " Control the charging current Control the output voltage 29 30
6 ! " : 1.2V 100mA " : 3.3V 30mA " RF Amp: 5.0V 100mA 10 1/2! " 100mA 30mA 1mA " 100%20% The lowest power loss configuration Charg. CPU RF$Amp. Mem /2! I/O! A B C Baseline MPPT (3,2,1,12) 33 CPU 1.0V 3.3V 5.0V K. Lee, T. Ishihara, I/O Aware Task Scheduling for Energy Harvesting Embedded Systems with PV and Capacitor Arrays, in Proc. of IEEE Symposium on Embedded Systems for Real-Time Multimedia (ESTIMedia 2012), pp , October, ! " CPUI/O "! " 1 st phase 35 2 nd phase 36
7 % 25% loss_conv loss_char loss_p loss_mod loss_cam proc. mod. State of Charge of supercapacitor 37! " # " MPTT: Maximum Power Transfer Tracking " #! " # 10% 50% " MPTT: Maximum Power Transfer Tracking # MPPT5% 85% " # 70% 38! " "! " "! 39! " " 40! " " Running cost () "! " " DVFS " # 41! " "! " "! " " 42
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