Future Starts Now. BYD e6 小册.indd /9/25 16:57:33

Transcription

1 Future Starts Now BYD e6 小册.indd /9/25 16:57:33

2 BYD e6 小册.indd /9/25 16:57:34

3 BYD e6 BYD e6 is a 5-seat, pure electric vehicle with an extended wheelbase of 2830mm. It is the generous size and comfort of BYD e6 that set it apart from other electric vehicles in any current classification. In contrast to the electric vehicle competitors, BYD e6 features a spacious interior cabin with substantial legroom and headroom for passengers, as well as ample luggage space in the rear. BYD e6 boasts a powerful drive-train and adopts BYD s independently developed EV battery the Fe battery and a 75kW motor, powering the e6 to a range of 300km (186 miles) on a single charge in urban conditions with a top speed of 140km/h and instant torque providing excellent acceleration. The environmental friendly e6 is a zero emission electric vehicle, which means that it emits no harmful toxic emissions, criteria pollutants or harmful greenhouse gases. Equipped with BYD s newly developed AC on-board charging system, BYD e6 can be fully recharged in around 2 hours with 30kW charging power. The AC charging box is also extremely flexible as there is no special charging infrastructure required. 01/02 BYD e6 小册.indd /9/25 16:57:36

4 BYD e6 Advantages 4000 Long Service Life The Fe battery can be fully charged and discharged for more than 4,000 cycles. After 4,000 charging cycles, the capacity retention of the Fe battery still remains at more than 75%. If we conservatively presume that the e6 travels 260km on one single charge, the e6 is able to travel more than 1 million kilometers (or 621,400 miles) in its life cycle, which can comfortably meet the needs of taxis and private cars. Extended Range A pure electric car with a mileage of 300km on a single charge is undoubtedly amazing. It means you can drive the car for a typical working day without worrying about recharging. Fe Battery The power battery for an electric car needs to meet the requirements of safety, energy density and low cost. BYD Fe battery is the best choice. Hours Eco-Friendliness BYD e6 has no exhaust system because it drives without an internal combustion engine, produces zero emission and helps to improve air quality. Easy to Charge Coupled with the AC charging system, BYD e6 can be fully recharged in around 2 hours. Performance Better than expectation of a pure electric car, the top speed of BYD e6 is 140 km/h. BYD e6 小册.indd /9/25 16:57:36

5 Electric Motor and Transmission BYD e6 adopts the self-developed Permanent Magnet Synchronous Motor (PMSM) and single-speed transmission. Electric Motor Max. Torque 450(N m) Rated Power/ Max. Power Max. Motor Speed Battery Capacity 75/90(kW) 7500(rpm) 200(Ah) Regenerative Braking System The kinetic energy of the traditional internal combustion vehicle will be converted to heat and dissipate during decelerating and downhill braking. However, the electric vehicle Regenerative Braking System will convert part of the kinetic energy to electricity and store it in the battery for more driving range. The vehicle range can be increased accordingly with lower noise by adopting such a regenerative system. Battery Management System By monitoring each battery cell, the Battery Management System ensures the correct operation of the whole battery pack, maintains consistency of battery voltage, current and other performance indicators. The system also can prevent overcharging, over-discharging, over-heating and a series of performance problems of each cell and ensure its working status. 03/04 BYD e6 小册.indd /9/25 16:57:36

6 BYD e6小册.indd /9/25 16:57:40

7 BYD e6 Specifications Dimensions & Weight L / W / H 4560/1822/1645(mm) Wheelbase 2830(mm) Track (F/R) 1585/1560(mm) Min. Turning Radius 6(m) Min. Ground Clearance 150(mm) Curb Weight 2380(kg) Tire 235/65 R17 Motor & Range Max. Power 90(kW) Max. Torque 450(N m) Top Speed 140(km/h) Urban Range (*) 300(km) Brake & Suspension Brake (F/R) Ventilated Disc / Disc Suspension (F/R) Independent dual cross-arm / Independent dual rocker-arm Recharging System Type AC charging box Power Time 30(kW) 2(h) * Actual EV range might vary due to different driving conditions. All parameters above are for information purpose only and are subject to change. 05/06 BYD e6 小册.indd /9/25 16:57:41

8 BYD e6小册.indd /9/25 16:57:42

9 BYD Fe Battery BYD has over 17 years of battery research and production experience, and is a strategic battery supplier to the top global brands such as Nokia and Samsung, with battery production volumes over 2.2 billion. With the advanced automatic production lines, BYD is the first enterprise to fulfill the commercialization of Fe battery (Lithium-iron phosphate battery) in the world. All BYD electric vehicles, including cars, buses, forklifts and the upcoming trucks, are powered by Fe battery which offers multiple advantages. High Stability and Safety The Fe battery applied in BYD e6 and BYD ebus has passed numerous tests, including crash, nail perforation, burning, squeeze, etc. UL Approval The single cell of BYD Fe battery has obtained the UL Approval, making BYD be one of the companies in the world to obtain the approval in this area. BYD also jointly formulated some of the standards with the UL (Underwriter Laboratories Inc.). Long Service Life Under normal conditions, BYD Fe battery can be fully charged and discharged for more than 4,000 cycles, and still remains at over 75% of its capacity and has no memory effect. Environment-friendly The Fe battery contains no heavy metals or toxic electrolytes with no pollution and emission during the production. Also the waste batteries can be recycled with minimal environmental impact. 07/08 BYD e6 小册.indd /9/25 16:57:42

10 Charging Technology AC Charging System The AC on-board charging system is BYD's newly developed technology for electric vehicles. Since it has a direct connection to the grid, the BYD AC charging system can not only charge the batteries but also transmit electricity into the grid, from the batteries. Traditional DC Charging Distribution Box Batteries Grid Charging Cabinet BUS New AC Charging Grid Charging Box Motor Controller Distribution Box Batteries BUS AC on-board charging system advantages: * Independent of specialized charging stations, and requires only a small space for installation. * Less investment in the AC charging infrastructure compared to the DC charging station. * Can be adapted to different electrical standards. * The on-board charging box is much smaller and lighter, and more convenient than a charging cabinet. * Lower costs and less comprehensive maintenance. * Suitable for various places; easy to operate. * Compared to other AC charging systems, BYD AC charging box has much higher charging power, which can accordingly save more charging time. BYD e6 小册.indd /9/25 16:57:43

11 Technical Index of AC Charging System Electrics Safety BYD e6 BYD ebus Model EVA040KI EVA080KI Rated Input Voltage 3 400Vac±10% 3 400Vac±10% Output Voltage 400V ac 400V ac Max. Output Power 40 kva 80 kva Output Connector IEC62196 standard 7PIN connector IEC62196 standard 7PIN connector Charging Time 2h 5h Short circuit protection Short circuit protection Protection Function Leakage protection Leakage protection Over-temperature protection Over-temperature protection Lightening protection Lightening protection 09/10 BYD e6 小册.indd /9/25 16:57:43

12 Bi-directional Charging and Discharging Technology The Bi-directional Charging and Discharging technology is a world-class revolutionary know-how, which makes the electric vehicle independent of any specialized charging stations. The electric vehicle itself can function as (while turning the EV into) a mobile power storage station. This Bi-directional technology will transform the way people usually charge their electric vehicles, a significant boost to the electric vehicles. The essence of this technology lies in the fact that BYD successfully integrates the functions of the driving motor, in-car charger and DC charging station, and is capable of converting the AC power from the grid to DC to charge the vehicle battery, while vice versa in discharging. All functions are achieved through the processor based motor controller. Vehicle to Grid During the off-peak hours, user can expect to charge the vehicle from the grid and store energy in the internal battery. While during peak hours, the user can opt to transmit power from the internal battery back to the grid as an emergency power source, which can help the grid to achieve load shifting and pressure reducing. Vehicle to Vehicle This function can help to realize the intercharging between two electric vehicles in an emergency situation in case one vehicle has run out of battery capacity. In the event of power blackout, one EV (internal battery) can be charged via another. Vehicle to Loads When the EV user is isolated from the power grid, an electric vehicle can supply A/C power (i.e. single or three-phase) to any electric appliances under 15kW. Vehicle part DC AC Vehicle to Grid EV Batteries Motor Controller U U Grid Grid to Vehicle Vehicle A Vehicle B DC AC DC EV Batteries Motor Controller U Motor Controller U Batteries Vehicle part DC AC EV Batteries Motor Controller U Loads 11 BYD e6 小册.indd /9/25 16:57:43