No SKYACTIV TECHNOLOGY 8 Development of the i-eloop Masayoshi Takahashi Tatsurou Takahashi Yoshimasa Kitaki Takeharu Yamashita Hir
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1 No SKYACTIV TECHNOLOGY 8 Development of the i-eloop Masayoshi Takahashi Tatsurou Takahashi Yoshimasa Kitaki Takeharu Yamashita Hiroyuki Kitagawa Seiyo Hirano Zoom-Zoom Fig.1 SKYACTIV TECHNOLOGY Fig.1 Building Block Strategy CO2STEP2 i-eloop Intelligent Energy LOOP STEP2 i-eloop Summary Based on the Sustainable Zoom-Zoom plan, Mazda s long-term vision for technology development, we have been advancing what is called a Building Block Strategy. With use of a new-generation technology called SKYACTIV TECHNOLOGY, we intend to thoroughly improve Mazda s base technologies with an eye to improving the powertrain efficiency, reducing the vehicle weight, and eventually combining them with electric device technologies in a phased manner so as to reduce total CO2 emissions. As the second step of this approach, Mazda has developed a new regenerative braking system called i-eloop, where the energy generated during deceleration is recovered and reused as electric energy necessary for a vehicle to move. This paper introduces the i-eloop, a regenerative braking technology developed as the second step of the Building Block Strategy. Fig.2 i-eloop Fig *6 Vehicle system Development Dept. Powertrain System Development Dept. 37
2 マツダ技報 にするコンセプトの i-eloop の開発となった No i-eloop システムのブレークスルー技術 このシステムは 回生する ためる 使う 効率的に減速エネルギを回生し 回生したエネルギを素 の３要素からなっており 特に 回生する ためる 早く蓄え 蓄えた電気を素早く 効率的に使用するシステ では 減速時の短時間で いかに減速エネルギを効率よく ムを構築するため 下記の 2 項目をブレークスルー技術 回収するかが開発のポイントとなる Fig.5 として開発した 高電圧化によりエネルギを効率的に回生する 12V Energy efficiency world one 25V 可変電圧式の減速エネルギ回生用オルタネータを 1.Improving the efficiency of the engine 2.Use of the high efficiency aria of the engine 採用(Fig.6) 3.Work load reduction of the engine Generator load reduction 4.The engine-free time fuel cut Fuel cut time extention 回生したエネルギを瞬時に溜める低抵抗大容量電気二 重層キャパシタを採用 Fig.7 5.Disposal energy reduction or reuse Celebrate Driving i-eloop Regeneration system dev. To collect energy at accelerator OFF time. To use the energy in accelerator ON. Insatiate challenge Fig.2 Improvement Items of Energy Efficiency Vs i-eloop Breakthrough 2. システム説明 2.1 主要機能説明 レイアウト To take in electricity effectively 減速エネルギを回生する機能は パルス幅コントロール により励磁電流を制御した最大 25V 発電の可変電圧オルタ Environment Performance ネータに持たせた 回生したエネルギを溜める機能は 主 Fig.5 Bureak Through Image に電気二重層キャパシタ 以下 EDLC Electric Double Layer Capacitor に持たせている 瞬時に大きなエネル ギを溜めるため 低抵抗で大容量の EDLC をキャパシタ サプライヤと開発した Fig.3 4 Regenerate 12-25V Generator for Regeneration Consume Store EDLC DC-DC Converter Long lived battery Vehicle electrical loads Current sensor 25V 14V - Engine electronics - HVAC - Head lamp - Rear defogger. i-stop Battery Fig.6 12V-25V Generator for Regeneration PCM CAN Fig.3 System Diagram 12-25V Generator for Regeneration Fig.7 EDLC DC-DC Converter EDLC Fig.4 Layout 38
3 No KL line Sig.1 Sig.2 PCM Generator DCDC Fig.8 System Fig.8 EDLC DC-DC EDLC i-stop EDLC PCM(Power train Control Module) EDLC PCM DC-DC i-eloop PCM Fig.8 KL () i-stop PCM DC-DC Fig.8 Sig1Sig2( ) DC-DC PCM ON i-eloop 10 NEDC Fig
4 No Base vehicle total consumption Quantity of energy Breaks system Target deacceleration Mech resi. Vehicle Aire drag, rolling resin.etc.. Climatecont Comprasor Vehicle weight Mech resi. PT EngT/MDrive T/M system The energy required amount in mode The mileage improvemen t targeted value E.g.. CD NEDC abut KJ input process Among mode Braking time Breaking E.g.. CD NEDC about2030kj Room of de acceleration in Total regeneration energy decision Total regeneration energy decision Capacitor capability Generator available current At the time of deacceleration PT resistance in mode de acceleration torque cont. amount individual spec Map of shift in de Lock up time AT Lock up amount (AT Map decision OUTPUT DCDC output power Battery capability Fig.9 Relation for Spec Vehicle speed Fig.10 JC08 Speed Pattern i-eloop 1 E= Q dv Q=CV E=CV dv=cv 2 2 i-eloop C113F 120F JC08Fig.10JC ON 20 t 1 200A QCV 200t t6.6sec 15 20A 40A 40A V 40A kJ EDLC 25.7kJ C 1 E 24.3kJ Q E Q C 40
5 No Vehicle speed Capacitor voltage Fig.11 Test Data of USA 405Freeway (Ex. Scene A) A Fig.11 A USA km/h 120km/h A Fig.12 Vs 15A A A 10 B Fig.13 Vs Fig A B 5 % A 12 % Fig.12 Fuel Economy Ratio Vs Current Image Fig.13 Fuel Economy Ratio Vs Current image NEDC Fig.14 CD 1624A Fig.15 Cool-MID 23A 40A 41
6 No B 5 100% % 80% 70% 60% 50% 40% 30% 20% 10% 0% Audio(CD/MD&Radio) Blower Motor Heat-Max High-mount Brake light Brake light(led) Meter Transmission cont(at) Fuel pump Engine cont Fig.14 Basic Current for EU Image Blower Motor Heat-Mid Blower Motor Cool-Mid Blower Motor Cool-Max Fan Motor 30 Fan Motor (45MAX) Rear Window Defroster Seat Warmer Fig.15 General Current Image Headlight Low TNS Wiper Low i-eloop i-eloop Fig.16 Fig.17 2 i-eloop (System name) Always disp Fig16 EDLC Fig17 EDLC EDLC EDLC EDLC 25.7KJ 2 INFO DC-DC i-eloop Zoom-Zoom Charge amount for EDLC Energy direction Regeneration power Fig.16 i-eloop Disp.1 Fig.17 i-eloop Disp.2 OFF 42
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