GM Li-Ion Battery Pack Manufacturing 2011p
三星（Samsung）双转换备电系统说明书
Availability• True online double-conversion topology and zero transfer time to battery to provide 24/7 full-time protection• The unity power factor provides more available power and higher capacity. • The component life prediction, e.g. fan failure prediction, can monitor the operating conditions before failure and downtime occurs.• Parallel capacity up to four units is applicable to the Extended Runtime models to allow redundancy and possible load expansion in the future• VRLA and Li-ion External Battery Cabinet (EBC) are optional to extend availability • AC-start function allows the UPS to be switched on without connecting to a battery and increases availability• Programmable load bank disconnects non-critical loads when a blackout occurs and reserves more battery power for critical loads• The li-ion battery compatibility and flexible battery quantity enable better usability and convenience. The battery aging detection function allows battery life time simulation to avoid insufficient backup.Manageability• Event logs are recorded with actual time (RTC) for better management and control • Excellent local communications through a user-friendly graphical and multi-lingual display• Various types of communication interface such as dry contacts and REPO/ROO for monitoring and manageabilityLow Total Cost of Ownership• Output power factor up to unity for more real loads• The Power Distribution Box (PDB) and Manual Bypass Breaker (MBB) which are default to Standard Runtime models enable simple configuration.• The Maintenance Bypass Breaker (MBB) is available for easy replacement of the UPS without powering down critical systems.• The high AC-AC efficiency of up to 95.5% and 98.5% in ECO mode lowers energy costs• Wide input voltage range and protection against over voltage reduces the chance of using the battery and extends battery life • Automatic speed regulation fun ction with multi-stage fan speed control maximizes system efficienc y , significantly reducing audible noise, and prolonging the service life of the fansThe power behind competitivenessDelta UPS–Amplon FamilyRT Series, Single Phase, 208V 5/6/8/10 k VAA total solution of reliable power with high availability and performanceThe Amplon RT Series 5-10k VA is an online double-conversion UPS that provides an output power factor of up to unity to enable the maximum capacity for more critical loads. Outstanding energy savings can be achieved based on an AC-AC efficiency of up to 95.5% and 98.5% in ECO mode. The Amplon RT Series 5-10k VA offers a total solution with the Standard Runtime models including an in-built battery, power distribution box and maintenance bypass breaker. It provides a complete and practical package that can be used on the critical loads right away. This series offers advanced performance for various applications such as servers, data centers, network, VoIP and telecommunication. The parallel capacity of up to four units enables higher reliability for mission critical applications.SecurityNetworkBanking$POS2007~ 2008 Forbes Asia’s Fabulous 502009 Frost & SullivanGreen Excellence Award for Corporate LeadershipDelta’s ManufacturingSystem Certified byISO 9001 and ISO 14001 StandardsIECQ Certificate of Hazardous Substance Process ManagementTechnical SpecificationsDelta UPS–Amplon FamilyRT Series, Single Phase, 208V 5/6/8/10 kVAModelRT-5K RT-6K RT-8K RT-10KPower Rating220/230/240V 5kVA/5kW 6kVA/6kW 8kVA/8kW 10kVA/10kW2001)/208V5kVA/4.5kW 6kVA/6kW 8kVA/8kW 10kVA/10kW Input Voltage Range 100 ~ 280V, 100 ~ 175V with linear de-rating 50 ~ 100%Frequency 40 ~ 70 Hz Power Factor iTHD > 0.99 (full load)<3%Input Connection Standard Runtime Model NEMA L6-30P TerminalExtended Runtime Model TerminalOutput Power Factor Unity2)Voltage 2001)/208/220/230/240 Vac Frequency 50/60 HzVoltage Harmonic Distortion ≤ 2% (linear load)Overload Capability≤105%: Continuous; 105 ~ 125%, 5mins; 125 ~ 150%, 1min; 150%: 500ms Receptacle Standard Runtime Model L6-20 x 2, L6-30 x 2, Load bank:L6-30 x 1L6-20 x 2, L6-30 x 1,Terminal x 1, Load bank: L6-30 x 1L6-20 x 2, L6-30 x 2, Terminal x 1,Load bank:L6-30 x 1Extended Runtime Model Terminal x 1,Load bank:Terminal x 1Efficiency AC-AC Up to 95.5%ECO Mode Up to 98.5%Battery Voltage Standard Runtime Model 192 Vdc 192 Vdc 240 Vdc 240 VdcExtended Runtime Model 144 Vdc 3), 192 ~ 240 VdcCharger Current Standard Runtime Model 1A (default), up to 8A 1.5A (default), up to 8AExtended Runtime Model Up to 8A Up to 8ADischarge Time (Standard Runtime Model)Full load 5.5 min. 3.5 min. 5 min. 2.5 min.75% load 8 min. 5 min. 6.5 min. 5.5 min.Recharge Time Standard Runtime Model 3 hrs to 90%Audible Noise 48 dB 50 dB Display Graphical and multi-lingual LCD Communication Interfaces Mini Slot x 1, RS-232 Port x 1, RS-485 Port x 1, USB Port x 1, REPO/ROO, Dry ContactDimensions (W x D x H) Standard Runtime Model 17.3 x 26.2 x 6.9 inch (440 x 665 x 176 mm)17.3 x 29.5 x 8.6 inch (440 x 750 x 218 mm)Extended Runtime Model 17.3 x 16.9 x 3.3 inch (440 x 430 x 88 mm)17.3 x 22.2 x 3.3 inch(440 x 565 x 88 mm)VRLA Battery Pack 17.3 x 22.2 x 3.5 inch (440 x 565 x 88 mm)17.3 x 25.6 x 5.1 inch(440 x 650 x 130 mm)Li-lion Battery Pack 17.3 x 25.4 x 3.5 inch(440 x 646 x 88 mm)Weight Standard Model 120 lbs (54.5 kg)118 lbs (53.5 kg)191 lbs (87 kg)191 lbs (87 kg)Environment Operating Temperature 32 ~ 122° F (0 ~ 50° C)4)Relative Humidity 5 ~ 95% (non-condensing)All specifications are subject to change without prior notice.1) Under 200V, de-rating to 90% load2) Under 200/208V, 5kVA standard runtime model O/P PF = 0.93) De-rating to 80% load4) Full load @ 32 ~ 104°F (0 ~ 40°C), de-rating to 80% @ 104 ~ 122°F (40 ~ 50°C)Leaflet_UPS_RT5-10kVA_NAM_en-us_V1User-friendly LCD PanelTower ConfigurationRear PanelFacility Monitoring Software - InfraSuite Device MasterDelta offers a full range of UPS solutions from 600 VA to 4000 kVA to fulfill your powersecurity needs.。
聚合物锂离子电池产品规格书说明书
Product Specification for Li-ion Polymer Battery 聚合物锂离子电池产品规格书Model电芯型号: 702427(PCM)惠州基安比新能源有限公司HUIZHOU MARKYN NEW ENERGY CO.,LTD.电话: ************传真: ************TEL: ************ FAX : ************SPECIFICATION AMENDMENT RECORDS规格书变更记录1. Scope适用范围：This document describes the Product Specification of the Li-Polymer Rechargeable Battery supplied by Huizhou Markyn New Energy Co., LTD.本规格书描述了惠州基安比新能源有限公司的可充电锂离子聚合物电池的产品性能指标。
2. Description 说明2.1 Description: Li-Polymer Battery类型：锂离子聚合物电池2.2 Model: 702427型号：7024273. Specification产品规格4. Battery Cell Performance Criteria 电芯性能标准4.1 Standard testing environment标准测试环境Unless specifically stated otherwise, tests must be done within one month of delivery and the number of charging-recharging cycles is fewer than 5. The following is test conditions:Test conditions:Ambient Temperature：23ºC ± 2ºCAmbient Humidity：65±20%RH除非另有说明，测试应在电池出货的1个月内进行，且充放电循环的次数少于5次。
锂离子电池模块规格参数表
135 ℃ 170℃ ≤75℃
低温放电效率（-20℃）Discharge Rate At Low Temperature
≥80%
自放电率 Self Discharge Rate（Per Month）
≤3%
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Li-ion Battery Pack 模块尺寸图 Module Dimension Drawing
3.65V
放电切断电压 Discharge Cut-off Voltage
2.5V
最大充电电流 Max. Charge Current
3C
电流 Current
最大放电电流 Max. Discharge Current
3C
充电方法 Charge Method
（CC-CV）
操作温度 Operating Temperature
135 ℃ 170℃ ≤75℃
低温放电效率（-20℃）Discharge Rate At Low Temperature
≥80%
自放电率 Self Discharge Rate（per month）
≤3%
6 / 18
Li-ion Battery Pack 模块尺寸图 Module Dimension Drawing
0.5 mΩ
质量能量比 Specific Energy
110Wh/Kg
体积能量比 Volumetric Specific Energy
174Wh/L
重量 Weight
6.5Kg
标称电压 Nominal Voltage
3.2V
电压 Voltage
充电电压 Charge Voltage（CC-CV）
3.65V
Li-ion Battery Pack 1、HYLFP55168131/50Ah
联想天逸F笔记本电脑官方拆机图解教程
➢拆装指导 第26页/共30页
➢拆装指导 第27页/共30页
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End Thank you
第29页/共30页
感谢您的观看！
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Azalia/ AC97, depends on price Internal Microphone Two speakers with chamber
1.5W(2W better)
VGA RAM UMA/64/128M, 128MB/256MB for
external VGA RAM PCMCIA PC card 95 supported with 1x Type II
12.7mm Combo or DVD-Dual, slot in (option) 14.0W” WXGA Glare
VGA chip UMA or ATI M54
Super I/O Yes
IEEE 1394 Support
IRDA
Support
Keyboard Support Windows keys and
0MB DDR RAM on board Two DDR2 SODIMM slots Maximum memory up to 2GB (with
two 1G MB SODIMM) Dual Channel 9.5mm height, 2.5" HDD SATA Support active HDD protection (study)
PCI card bus New card ready
第5页/共30页
Security BIOS
Kensington Lock Legacy, later upgrade to EFI to support Longhorn
锂电工艺流程英语
锂电工艺流程英语Lithium-ion batteries, commonly referred to as Li-ion batteries, have revolutionized the energy storage industry, powering our portable electronics, electric vehicles, and even grid-scale energy storage systems. The manufacturing process of these batteries involves several complex steps, each requiring precision and expertise. In this comprehensive guide, we'll explore the English terminology and steps involved in the Lithium-ion battery manufacturing process.**1. Material Preparation**The first step in the Lithium-ion battery manufacturing process is the preparation of raw materials. This involves selecting high-quality cathode and anode active materials, as well as suitable electrolytes and separators. The cathode and anode materials are typically composed of lithium compounds and carbon-based materials, respectively. **2. Electrode Fabrication**Once the raw materials are prepared, the next step is to fabricate the electrodes. This involves mixing theactive materials with binders and conductive additives, and then coating them onto a metal current collector. The most common metal current collectors are aluminum for the cathode and copper for the anode.**3. Electrode Drying and Cutting**After coating, the electrodes undergo a drying process to remove any moisture. Once dry, they are cut into the desired shape and size, ready for the next step in the manufacturing process.**4. Cell Assembly**Cell assembly is a crucial step, where the electrodes, electrolyte, and separator are combined to form the battery cell. The separator, typically made of porous polypropylene or polyethylene, is placed between the cathode and anode to prevent direct contact and thus, short-circuiting. The electrolyte, which is a liquid or solid material, is then added to facilitate the movement of ions between the electrodes.**5. Welding and Sealing**After assembly, the cell is sealed and welded to ensure its structural integrity and prevent leakage of the electrolyte. This step is crucial for ensuring the safety and performance of the battery.**6. Formation and Testing**The formed battery cell is then subjected to a formation process, which involves charging and discharging the cell to activate it. Following formation, the cell is tested to ensure its performance meets specifications. This testing may include capacity testing, internal resistance testing, and cycling tests.**7. Packaging and Final Testing**Once the individual cells are tested and approved, they are packaged into the final battery pack. This packaging may include additional safety features such as thermal cut-off devices and fuses. The final battery pack is then tested again to ensure it meets the required performance and safety standards.**8. Quality Control and Shipping**Quality control is an ongoing process throughout the manufacturing process. However, a final inspection is conducted before the batteries are shipped to customers. This inspection ensures that each battery meets therequired specifications and is safe for use.In conclusion, the Lithium-ion battery manufacturing process is a complex and meticulous procedure, requiring precision and expertise. Understanding the terminology and steps involved in this process is crucial for ensuring the safety, performance, and reliability of the final product. As the demand for Lithium-ion batteries continues to grow, so does the importance of understanding and improving their manufacturing processes.**锂电池生产工艺流程详解**锂电池，特别是锂离子电池（Li-ion），已彻底改变了储能行业，为便携式电子设备、电动汽车甚至电网级储能系统提供了动力。
锂电工艺流程英语
锂电工艺流程英语The lithium-ion battery manufacturing process involves multiple intricate steps that transform raw materials into functional battery components. Here's a brief overview of the lithium-ion battery production process in English:First, raw materials, including lithium compounds, cobalt, nickel, manganese, graphite, and electrolytes, are sourced and carefully inspected to ensure they meet the required quality standards. Next, these materials undergo a meticulous preparation process, where they are mixed in precise ratios to create the cathode, anode, and electrolyte components of the battery. The cathode is typically composed of lithium-based compounds, while the anode is made of graphite or other carbon-based materials. The electrolyte, which facilitates the flow of ions between the cathode and anode, is formulated separately.After the preparation of the battery components, the next step is the assembly process. This involves coating the cathode and anode materials onto metal foils, which are then cut into thin strips called electrodes. These electrodes are stacked or wound together with separators in between to prevent direct contact, creating a cell structure.The assembled cells are then placed into a battery housing, and the electrolyte is injected into the cells. The housing is sealed tightly to prevent any leaks or contamination.Following assembly, the batteries undergo a series of testing procedures to ensure they meet performance and safety standards. This includes checking for proper voltage, capacity, and internal resistance, as well as conducting safety tests to ensure the batteries do not overheat or explode under normal operating conditions. Finally, the batteries are packaged and prepared for shipment to their end-use applications, such as portable electronic devices or electric vehicles.It's worth noting that the lithium-ion battery manufacturing process is highly automated and requires precision equipment to ensure consistent quality and safety. Additionally, the process may vary slightly depending on the specific type of lithium-ion battery being produced, such as lithium-cobalt oxide, lithium-iron phosphate, or lithium-titanate batteries.。
Li-ion-Battery-introduction锂离子电池介绍
processability easy easy hard easy
temperature stability good good bad bad
disadvantages low capacity volume change bad porformance for high rate discahrge dendritic crystal
ennergy density (mAh/g)
170 ideal
148
286
274
274
278
130-140 actual
voltage（V） cycle life transition metal 3.2-3.7 ＞2000 very rich
100-120
3.8-3.9 ＞500 rich
200
Page
4
Li-ion Battery Structure
Prismatic Li-ion Battery Structure
Page
5
Li-ion Battery Structure
Coin Li-ion Battery structure
Page
6
Li-ion Battery Structure
raw-material
solvent-prepare
purification
fine purification
electrolyte
solution prepare
stir
finished product
Fig.2 electrolyte product manufacture process
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Li4Ti5O12spinel structure
191118 锂离子电池专业术语英语对照大全
圆柱电池
Cylindrical battery
锂离子电池 Lithium-ion battery
方型电池 Prismatic battery
聚合物电池 Polymer battery
钮扣电池 Coin cell
1 分类Classification
根据用途不同，锂离子电池可分为消费类电池、动力型电池和储能型电池。 Lithium-ion battery can also be classified as consumer battery, power battery and energy storage battery according to its application.
锂离子电池 Lithium-ion battery
消费类电池 Battery for consumer electronics
动力型电池 Power battery
储能型电池 Battery for energy storage
移动电话 Cellular phones
电动汽车 EV, HEV, PHEV, etc.
Examples lithium cobalt dioxide (LCO), lithium iron phosphate (LFP), lithium manganate (LMO) , NCM, NCA, etc. super P (SP), carbon nanotubes (CNTs) polyvinylidene fluoride (PVDF) N-methyl-2-pyrrolidone (NMP)
1 分类Classification
根据外形不同，锂离子电池可分为圆柱电池、方型电池、聚合物电池和钮扣电池等。 Lithium-ion battery is mainly classified as cylindrical battery, prismatic battery, polymer battery and coin cell according to its appearance.
恒宇新能源有限公司动力电池介绍
yright @ 2013 HENGYU TECHNOLOGY GROUP
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恒宇新能源动力电池介绍
技术指标–领先的关键技术
项目 实际克容量mAh/g 放电平台 V 循环性能 80% 高温性能(℃) 低温性能(℃) 体积能量密度 (Wh/L) 质量能量密度 (Wh/Kg) 成本 工艺成熟度 材料资源 综合性能 LiFePO4 140 3.2-3.3 >2000 ～75 -10 ～160 ～130 高 成熟 多 好 Li(Ni1/3Mn1/3C Li(Ni1/3M 1/3C o1/3)O2 160-190 3.6-3.7 >1500 ～65 -20 ～320 ～160 低 成熟 钴资源缺乏 好 LiMn2O4 90 3.7-3.8 >300 ～45 -20 ～250 ～140 最低 成熟 多 需要提高高温 及循环性能 改性锰酸锂 LiMn2O4 90-105 3.7-3.8 1000 ～65 -20 ～250 ～140 低 成熟 多 好 Li4Ti5O12 155-165 2.4-2.5 >10000 ～65 -40 ～130 ～65 最高 不成熟 钛资源缺乏 好 LiCoO2 145 3.6-3.7 >1000 ～80 -20 ～350 ～180 较高 成熟 钴资源缺乏 好
广东瑞通新能源有限公司成立于2014年 7月 注册资金5000万人民币 100%恒宇 7月，注册资金5000万人民币，100%恒宇 控股。2条全自动和1条半自动电芯产线规 划落成，电芯日产能将达5万支/天，PACK 产能达到5万支/天 产能达到5万支/天。
恒新能源
yright @ 2013 HENGYU TECHNOLOGY GROUP
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yright @ 2013 HENGYU TECHNOLOGY GROUP
锂离子电池包 Li-ion Battery Pack 技术数据表说明书
Page 1 of 10 Pages材料安全数据表Material Safety Data Sheet样品名称:锂离子电池包Name of Sample:Li-ion Battery Pack委托单位:傲基科技股份有限公司Commissioner：Aukey Technology Co., Ltd威凯检测技术有限公司Vkan Certification & Testing Co., Ltd.材料安全数据表Material Safety Data Sheet联合国《关于危险品货物运输的建议书》UN “Recommendations on the TRANSPORT OF DANGEROUS GOODS”签发日期：2021-03-23 Date of issue:Approved by: Huang Kun Reviewed by: Zhang Siyao Tested by: Zheng Feida批 准：审 核：检 测：Once battery shell rupture, content contact with the human body will produce harm, once contact, should take the following emergency measures:眼睛：万一接触，立即用大量的清水冲洗至少15分钟，翻起上下眼睑，直到化学的残留物消失为止，迅速就医。
Eye: Flush eyes with plenty of water for at least 15 minutes, occasionally lifting the upper and lower eyelids. Get medical aid.皮肤：万一接触，用大量水冲洗至少15分钟，同时除去污染的衣物和鞋子，迅速就医。
Skin: Remove contaminated clothes and rinse skin with plenty of water or shower for 15 minutes. Get medical aid.吸入：立即从暴露处移至空气清新处，如果呼吸困难给予输氧，立即就医。
21700. EE Cylindrical Li-ion Battery Specification
There shall be no defect such as scratch, flaw, crack, rust, leakage, which may affect commercial value of battery.
Approved by Date （批 准） （日 期）
Page 2 of 15
Contents（目录） 1. Scope 范围
2. Product type and model 产品种类及型号 2.1 Product type 产品种类 2.2 Product model 产品型号
3. Main technical parameter 主要技术参数
5.3.2 Standard Discharge（标准放电） 0.2C =1000mA
Cells shall be discharged at a constant current of 0.2 C to 2.5 volts @ 25±2℃ 电池以 0.2 C 恒流放电至 2.5V @ 25±2℃ 5.4 If there is no special instruction, the rest time between charge and discharge is 10min. 如果没有特别说明，电池充放电间隔时间为 10 分钟。 5.5 Initial Performance Test（初始性能测试） Table 3（表 3）
Mean Operation Voltage （即工作电压）
Lithium-ion Battery用户指南说明书
Lithium-ion BatteryPart No. 7595-0460USER GUIDEDIONICEN4Important information on the safe installation and operation of this product. Read this information before operating the product. For your personal safety, read these instructions. Do not operate the product if you do not understand how to use it safely. Save these instructions for future reference.Important information on the safe installation and operation of this product. Read this information before operating the product. For your personal safety, read these instructions. Do not operate the product if you do not understand how to use it safely. Save these instructions for future reference.WARNING! Risk of electric shock. Do not remove cover, no user servicable parts inside the product.WARNING! Risk of electric shock. Always check cables for signs of damage. Damaged cables can cause personal injury and/or damage the equipment.WARNING! RISK OF ELECTRICAL SHOCK: Refer servicing to qualified service personnel.CAUTION! Do not exceed the current output limit of the product when powering auxiliary devices.WARNING! When cleaning the product, use a soft damp cloth only. Do not wet the exposed metal parts of the battery. Do not use solvents, detergents or scouring agents.WARNING! This battery contains specialized electronic circuits, which are designed to protect the Lithium-ion cells from over-charge, over discharge and overcurrent. Redundant protection devices are designed to operate if the battery voltage is abnormally high or low and if the temperature of the battery exceeds operating specifications. WARNING! Do not drop, puncture or crush this battery. Do not use the battery if the case is damaged or broken. Do not open or attempt to service this battery if damaged.WARNING! These electronic devices can be damaged if the battery is subject to abuse or damage. Do not use a battery that has been subjected to excessive mechanical shock or water damage.CAUTION! All Lithium-ion batteries have a finite life. If the battery exhibits noticeably shortened run-time the battery should be replaced immediately. Shortened run-time is indicative of at least one cell, which has reached end of life. Under no Circumstances attempt to “recondition” this battery by repeated charging and discharging.WARNING! Special precautions and handling instructions are contained in this user guide and should be strictly adhered to for safe and reliable operation.WARNING! Never use flammable or combustible materials and solvents around batteries or chargers.WARNING! Protect the product from water, moisture and dust. The presence of electricity near water can be dangerous.CAUTION! The product should not be used outside the operating temperature limits. Refer to the product technical specifications for the operating limits for the product.The Anton/Bauer Dionic XT Series Lithium-ion battery is specifically designed and optimized to be charged with current Anton/Bauer chargers. Do not attempt to use a charger not manufactured by Anton/Bauer with this product.WARNING! Where there is a risk of personal injury or injury to others, comments appear supported by the warning triangle symbol. Where there is a risk of damage to the product, associated equipment, process or surroundings, comments appear supported by the word ‘Caution’.ELECTRIC SHOCK Where there is a risk of electric shock, comments appear supported by the hazardous voltage warning triangle.Warning Symbols Used in these InstructionsElectrical ConnectionOperationIntended UseSafety5WARNING! The fitting of non-approved parts or accessories, or the carrying out of non-approved alterations or servicing can be dangerous and could affect the safety of the product. It may also invalidate the terms and conditions of the product warranty.CAUTION! Keep batteries cool or at room temperatures whenever possible. Sustained elevated temperatures are the primary reason for premature failure of Lithium-Ion batteries.CAUTION! Charge batteries at room temperature. In warm climates keep chargers in air conditioned rooms for best performance.CAUTION! Although Lithium-ion has good selfdischarge characteristics, batteries should be stored for long term storage in a fully charged condition.CAUTION! Batteries should always be stored in a fully charged state and kept cool. If batteries must be stored for a long period (over 30 days), the battery electronics will enter a “deep sleep” mode. The battery will “wake up” when placed on a charger. It is always a good idea to submit the battery to a discharge/charge cycle from time to time during storage.WARNING! RISK OF ELECTRICAL SHOCK: Never attempt to service this battery. Refer servicing to qualified service personnel.WARNING! Never attempt to open this battery. The electronic circuits inside the battery can be damaged causing malfunction and/or potential hazard to person and property.WARNING! Never attempt to replace the cells in this battery – it cannot be rebuilt or refurbished. At the end of its useful life contact the Anton/Bauer Customer Support GroupWARNING! Never attempt to replace the cells in this battery – it cannot be rebuilt or refurbished. At the end of its useful life contact the Anton/Bauer Customer Support GroupWeekly, or as needed - Clean the device, associated components, and accessories as needed with a damp, non-saturated cloth or paper towel. Do not wet the exposed metal part of the battery charge terminals. Do not use solvents or scouring agents. Example s of approved solvents are Cidex® and Windex®. Consult Anton/Bauer Customer Support Group for approved list of cleaning agents.Periodic cleaning of both the charger terminals and battery terminals will ensure continued reliable operation. Clean the terminals occasionally with a pencil eraser or lightly scrape the surface with a blunt instrument to help reduce the likely hood of build up causing poor communication or charging.Contact Anton/Bauer Customer Support Group with additional inquires as to maintenance.MaintenanceStorageSafety6Air Transportation RegulationDangerous Goods Regulations 49CFR Parts 100-185, Air Transport Association (IATA) and the International Civil Aviation Organization (ICAO) regulations apply to all Lithium-Ion battery transport.Air Transportation DeclarationVitec Videocom, Inc. declares that the Anton/Bauer Dioni XT lithium-ion battery packs contain equivalent Lithium content (ELC) in a quantity exceeding 8 grams and therefore is considered and must be handled and transported as a class 9 Hazardous article and is subject to regulation under Dangerous Good Regulations.49CFR PARTS 100-185Since the interpretation and application of regulations may vary with the aviation company, the transport of the Anton/Bauer Dionic XT Series battery may be disallowed even when the conditions described above are satisfied. Anton/Bauer therefore strongly recommends that you consult with your transportation company prior to transporting the battery pack.Safety7About this user guide1. 2. 3.For use in dark shooting environments,the Dionic XTs are equiped with an LCDbacklight , this may be activated by touchingthe surface of the battery on or adjacent tothe XT logo.8Components and ConnectionsEvery Dionic XT Series battery has an easy to read LCD which conveniently reports battery information in one of two ways.When the battery is sitting idle (no loadis applied) the LCD will show remainingcapacity as percentage of full.When a specific load is applied to thebattery, the LCD will display remainingrun-time in Hours/Minutes.Dionic XT Series LCD9Components and ConnectionsDionic XT Series LCDThe Dionic XT batteries are equiped with sophisticated on-board diagnostics. Entering diagnostic mode is achieved by a triple tap on the XT logo. Once in diagnostic mode different fields of information may be displayed. A single tap will advance to the next field. Fields available will depend on the installed firmware version.The battery LCD will revert to normal operation following 10 seconds of inactivity.10Components and ConnectionsThe Dionic XT Series features an Integrated PowerTap and USB ports on the side of the battery to power camera accessories.The PowerTap allows for convenient deployment of up to 10 Amps of DC current for various parallel devices. The USB port supplies a regulated 5 volts and maximum 2 amps current and may be used for charging mobile devices.PowerTap cable available separatelyPowerTap® and USB11OperationMount any Dionic XT Series battery to any open position on an Anton/Bauer charger and the charger will automatically determine the appropriate charge routine and execute it.In general, Anton/Bauer chargers (Gold Mount and V-Mount) will deliver a three stage charge routine to each battery.In some cases a battery may be discharged to a very low voltage level causing the battery to be unrecognizable to the charger when first attached.Anton/Bauer recommends that batteries remain on the charger and plugged into AC mains power for best results. The Lifesaver mode will keep them 100% charged.will deliver a high rate charge matched to the capabilities of the battery (typically a one or two hour rate, depending on battery type). During this stage, six separate cutoff methods are in operation, simultaneously, ensuring the fastest, safest charge for that battery.charging is a BALANCING or “stabilizing” mode which calculates each battery pack type to offset any imbalance of the battery’s cells, created by unequal self-discharge or any capacity mismatch of the individual cells in the pack. This stage can vary in duration from zero to as much as 16 hours, depending on the condition of the battery. The Stage Two charge reduces current automatically as the battery charges maintaining the cells at a safe voltage level. A battery will typically leave Stage Two in 2-4 hours under average operating conditions.charging is the Anton/Bauer exclusive Lifesaver® maintenance mode. This patented pulse routine keeps batteries fully charged, free from self-discharge - indefinitely - without damaging heat associated with a so-called “trickle charge”. The Stage Three programming monitors the self-discharge of the battery, providing charge only when the battery self-discharges to about 95% of its capacity.ChargingThree Stage Charging MethodologyStage 3Electrical Data - All VariantsMaximum Discharge Rate 173W or 12AOutput Voltage Nominal 14.4V Operating 10.0~16.8VThis equipment has been tested and found to comply with the limits for a Class B digital device pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at their own expense. This equipment has been approved by one or more agencies. All changes and/or modifications not expressly approved by Anton/Bauer. could void the users’ warranty and authority to operate this equipment. There are no serviceable parts in this equipment.15WarrantyThis warranty for the product specified in this document (“Product”) is given by Vitec Videocom, Inc. (“Anton/Bauer”), 14 Progress Drive, Shelton, Connecticut 06484. If you (the purchaser of the Product from Anton/Bauer, or the person for whom the Product was purchased, if it was a gift) have any questions regarding Product applications, Product specification, or to obtain warranty service on this or any Anton/Bauer product, contact the company at the address above. THIS PRODUCT MUST BE REGISTERED WITH ANTON/BAUER WITHIN 30 DAYS OF PURCHASE TO ASSURE WARRANTY COVERAGE. REGISTER ONLINE AT:Warranty registration, including the serial numbers of Anton/ Bauer chargers used with this battery, must be supplied to Anton/ Bauer. Anton/Bauer will warranty the Product only against defects in material and workmanship for the period as follows from the date of purchase, in accordance with the terms set forth below, and then, only if the Product is used exclusively in conjunction with compatible Anton/Bauer chargers. If this charger is returned to Anton/Bauer for warranty service it will be required that you provide model names and serial numbers of compatible Anton/Bauer chargers with whichthis product was used.MAXX II Warranty 24 months: Anton/Bauer will repair or replace the Product at Anton/Bauer’s option and cost.This warranty shall be effective only if Anton/Bauer receives notice of such defects in materials or workmanship during the period of the warranty. The liability of Anton/Bauer hereunder is expressly limited to a claim for repair or replacement of the Product or as otherwise stated herein at Anton/Bauer’s sole discretion. Notice of any claim under this warranty shall be delivered to Anton/Bauer during the period of the warranty and the Product shall be returned with its packaging promptly, at your expense, to an Anton/Bauer Customer Support Center or to the address above. Upon receipt of the Product and a record of your compliance with the conditions of this warranty, Anton/Bauer will repair or replace the Product and return it to you, or issue a credit, as applicable. You are responsible for all shipping and handling charges to and from authorized facility.THIS WARRANTY DOES NOT APPLY TO AND IS VOID IN THE CASE OF DEFECTS OR DAMAGE RESULTING FROM ACCIDENTS, DISASTER, NEGLECT, MISUSE, IMPROPER INSTALLATION, IMPROPER OR UNAUTHORIZED SERVICE OR MAINTENANCE, UNAUTHORIZED REPLACEMENT PARTS OR ATTACHMENTS; OR DYSFUNCTION OR MALFUNCTION OF, OR CAUSED BY, ANY OTHER PRODUCT OR DEVICE.Misuse includes any use of the Product in other than its intended application, including the use of this Product with any charging device or accessory not manufactured by and/or specified by Anton/ Bauer. This warranty does not cover, and Anton/Bauer assumes no responsibility for, any equipment or devices used in conjunction with the Product.ANTON/BAUER DISCLAIMS ANY LIABILITY FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES FOR BREACH OF ANY WRITTEN OR IMPLIED WARRANTY OF THE PRODUCT. UNDER NO CIRCUMSTANCES WILL ANTON/BAUER BE RESPONSIBLE FOR ANY SPECIAL, INCIDENTAL OR CONSEQUENTIALDAMAGES.This Warranty is to be construed and enforced in accordance with the law of the State of Connecticut, including the provisions of the Uniform Commercial Code as adopted and from time to time amended in the State of Connecticut, and not the Convention for the International Sale of Goods. This choice of Connecticut law is exclusive of any Connecticut law that would require reliance on any law foreign to Connecticut.Warranty16Should any action of law or in equity be brought by any person underthis Warranty, such action shall be brought only in the United StatesDistrict Court for the District of Connecticut, or in any Superior Court inFairfield County, Connecticut, USA. Some states do not allow limitationson how long a warranty lasts, so the time period limitation herein maynot apply to you. Some states do not allow the exclusion or limitationof incidental or consequential damages, so the above limitation orexclusion may not apply to you. This warranty gives you specific legalrights and you may have other legal rights which may vary from stateto state. Use of unauthorized equipment in conjunction with Anton/Bauer products constitutes misuse under our warranties and may limitor void those warranties. Anton/Bauer does not authorize, condone,recommend, or otherwise assume any liability or responsibilityresulting from the use of any battery, charger, or accessory made byAnton/Bauer with any battery, charger or accessory not manufactured,produced or sold by Anton/Bauer. Anton/Bauer only authorizes the useof original Anton/Bauer products with this Product. Use only originalAnton/Bauer equipment with this Product.。
锂电工艺英文介绍
锂电工艺英文介绍Lithium-ion battery technology is a type of rechargeable battery that utilizes lithium ions as the primary carrierof electric charge. This technology has gained significant attention and popularity due to its high energy density, long cycle life, and relatively low self-discharge rate. Lithium-ion batteries are commonly used in portable electronic devices such as smartphones, laptops, and tablets, as well as in electric vehicles and grid energy storage systems.The manufacturing process of lithium-ion batteries involves several key steps. The first step is to preparethe electrode materials, which typically consist of a cathode, anode, and separator. The cathode material is usually a lithium metal oxide, such as lithium cobalt oxide, lithium iron phosphate, or lithium manganese oxide. The anode material is typically made of graphite or othercarbon-based materials. The separator is a porous membrane that prevents the electrodes from coming into directcontact with each other.Once the electrode materials are prepared, they are assembled into a cell along with an electrolyte solution. The electrolyte is a lithium salt dissolved in a solvent, which allows lithium ions to move between the electrodes during charging and discharging. The cell is then sealed to prevent leakage of the electrolyte and to maintain a stable environment for the electrochemical reactions to occur.After the cells are assembled, they undergo a series of quality control tests to ensure their performance and safety. These tests include measuring the capacity, voltage, and internal resistance of the cells, as well as subjecting them to various environmental and abuse conditions toassess their durability and reliability.In addition to the cell manufacturing process, lithium-ion battery technology also involves the development of battery management systems (BMS) and charginginfrastructure. BMS are essential for monitoring the stateof charge, state of health, and state of safety of the battery, as well as for balancing the individual cellswithin a battery pack to ensure uniform performance. Charging infrastructure includes the design andimplementation of charging stations and protocols for fast and efficient recharging of lithium-ion batteries.Overall, the development and advancement of lithium-ion battery technology have revolutionized the way we use and store energy. With ongoing research and innovation, this technology continues to improve in terms of energy density, cost, and safety, paving the way for a more sustainable and electrified future.锂电池技术是一种利用锂离子作为主要电荷载体的可充电电池。
li-ion battery(锂离子电池)关键词报告
关键词(li-ion battery)分析报告一、li-ion battery 搜索热度与相关词对比针对该词产品的相关关键词，常见的有以上几个，“li-ion battery ”的搜索热度非常活跃。
二、关键词li-ion battery 搜索来源70T113T 341T 406T 646T 713T 2375T 3819T 34516T36286T li-ion battery packli battery18650 18650 batteryshenzhen battery直销词li-ion battery (锂离子电池)直销词battery pack (电池组) 直销词laptop battery (笔记本电池)稀缺直销词battery (电池)shenzhen产品相关词搜索热度对比加拿大德国土耳其俄罗斯马来西亚拉脱维亚澳大利亚新加坡美国印度阿里全球搜索TOP10国家/地区中南美1%非洲1%中东5%大洋洲10%北美16%欧洲26%亚洲41%阿里全球搜索洲区来源分布从关键词“li-ion battery ”的搜索分布看，来自亚洲、欧洲、北美的需求约占83%的份额，其市场开发潜力巨大。
三、搜索结果曝光、点击占比注：阿里巴巴国际站数据监测显示，产品曝光率36%、买家点击量60%都集中在搜索结果的前20位。
五、资源稀缺，竞争激烈该词相关产品数达350164个，对应推广位置仅20个，竞争度高达17508:1，该词资源非常紧缺，目前该词仅剩资源6个位置。
注：该词资源剩余情况以实时查询为准。
（报告生成日期：2011-11-2）100000200000300000400000该词相关产品数该词推广位置（共20位）高竞争度，资源稀缺竞争度高达17508:1仅剩资源6个位置。
磷酸铁锂电池组3.2V200Ah 规格书 蒋合你好
Product Name：
on Batt ery Pack LiFePO4 Li-i Li-io Batte
V200 Ah（26 650） Product Specification： 3.2 3.2V 200Ah 26650
Designed PengRen
Checked PengRen
Approved ShijieRen
2
Security rating：□Top secret□Confidential □Secret□Ordinary
DOC NO. : HT/C-PK-E-12036
s Group Product Specification HETER Electronic Electronics
REV ： PAGE： DATE： 3
≤1.0mΩ Charge:
Between positive and negative polar of discharge port 0℃～+45℃ -20℃～+65℃ Recommended long-term storage temperature is 15~25℃
Operation temperature range Discharge: 0℃～40℃ at half charged state RH: 65±20% ≤85%RH
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电池二次注液工艺流程
电池二次注液工艺流程英文回答：Battery re-liquidation is an important process in the battery manufacturing industry. It involves injecting electrolyte into a battery cell after it has been sealed. This process is crucial because it ensures that the battery has the necessary electrolyte to function properly.The battery re-liquidation process typically involves the following steps:1. Preparation: Before starting the re-liquidation process, I need to gather all the necessary equipment and materials. This includes the battery cells, electrolyte solution, injection tools, and safety gear.2. Cleaning: The battery cells need to be thoroughly cleaned before re-liquidation. This is done to remove any dirt, dust, or impurities that may affect the performanceof the battery. I use a cleaning solution and a soft cloth to clean the battery cells.3. Injection: Once the battery cells are clean, I can proceed with the injection process. I carefully fill the injection tool with the appropriate amount of electrolyte solution. Then, I insert the injection tool into thebattery cell and slowly inject the electrolyte. It is important to ensure that the injection is done at the right pressure and speed to avoid any damage to the battery.4. Sealing: After the injection is complete, I seal the battery cell to prevent any leakage. This is usually done using a heat-sealing machine or a special adhesive. The sealing process ensures that the electrolyte remains inside the battery and prevents any external contaminants from entering.5. Testing: Once the battery cells are sealed, I perform a series of tests to ensure that they are functioning properly. This includes checking the voltage, capacity, and internal resistance of the battery. If anyissues are detected, I may need to repeat the re-liquidation process or take corrective measures.Battery re-liquidation is a critical step in the battery manufacturing process as it directly affects the performance and lifespan of the battery. By following the correct procedures and using high-quality materials, I can ensure that the batteries meet the required standards and provide optimal performance.中文回答：电池二次注液是电池制造行业中的一个重要工艺流程。
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Timeline
Start: August 2009 Finish: September 2013 Percent Complete: 38%
Barriers
Budget Total Project Funding: $234.8M
Consumer acceptance and new technology implementation Product cost
DOE share: $105.7 M GM share: $129.1 M FY10: $28.7M FY11: $11.4M
Partners
Funding received: $40.1M
University partnerships in continuous improvement activities
– Production Part Approval Process (PPAP) – GM’s Global Vehicle Development Process – GM’s Global Launch Process
Provide specialized training via classroom, web-based and on-the-job activities
May 11, 2011
This presentation does not contain any proprietary, confidential or otherwise restricted information
1
OVERVIEW
GM Li-Ion Battery Pack Manufacturing
6
This presentation does not contain any proprietary, confidential or otherwise restricted information
APPROACH
DOE Project Milestones Milestone criteria is per DOE definition and instruction. 2009/2010 Milestones have been successfully completed per established timeline.
2
This presentation does not contain any proprietary, confidential or otherwise restricted information
RELEVANCE
Project Impact on ARRA Goals
Aid in the nation’s economic recovery by creating U.S. based manufacturing jobs
– Establish and execute plans to ensure performance to requirements and proper reporting and accountability – Establish and validate production capability for multiple battery pack manufacturing programs in GM’s portfolio plan – Provide specialized workforce training in new battery pack manufacturing technology – Provide continuous improvement and innovation cycles to move battery pack technology down the cost curve
– Focus on Health and Safety, Global Manufacturing Systems, Technical Operation and Maintenance, and Production Operations
Provide continuous improvement and innovation cycles
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This presentation does not contain any proprietary, confidential or otherwise restricted information
TECHNICAL ACCOMPLISHMENTS
Volt Battery Pack Program In The Lead
FY11 efforts focus on capacity expansion of Chevrolet Volt battery pack manufacturing, continuous improvement and continued planning for subsequent battery pack programs
Q2 FY2011 (Jan-Mar 2011) Line 1, Phase 2 100% Equip Ordered Q3 FY2011 (Apr-Jun 2011) 100% Equip Installed Q4 FY2011 (Jul –Sep 2011) 100% Line Installed Q1 FY2012 (Oct-Dec 2011) 100% Line Validated Q2 FY2012 (Jan-Mar 2012) 1st Production Unit Complete Target Production Rate Achieved Product Delivery for Testing Line 1, Phase 3 Line 1, Phase 4 100% Equip Installed 100% Line Installed 100% Equip Ordered 1st Production Unit Complete 100% Equip Installed 100% Line Installed Line 2 100% Equip Installed 100% Line Installed Target Production Rate Achieved 100% Line Validated
Establish manufacturing capacity for cost-effective, highvolume battery pack production to support introduction of EVs
– The Chevrolet Volt’s battery pack is designed for high-volume production – To maximize volume and reduce cost, component sharing with hybrid vehicles is maximized – Parallel work on next-generation systems will accelerate cost reduction and increase volume capability
– In 2010, GM started production of battery packs for the Chevrolet Volt – Additional portfolio entries are underway to respond to market demand and to increase overall volume – GM’s EV production will substantially reduce petroleum consumption and contribute to our nation’s energy independence
P r o j e c t I D : A R R A V T 0 0 5
2011 DOE Vehicle Technologies Program Review:
GM Li-Ion Battery Pack Manufacturing
Linda M Trumm
General Motors LLC (GM)
– GM will create and retain jobs in manufacturing and engineering – GM estimates as many as 100 advanced technology jobs in the Brownstown Battery Assembly plant when ramped to full capacity – Jobs will be created and retained at machinery and equipment suppliers and battery component suppliers
3
This presentation does not contain any proprietary, confidential or otherwise restricted informatiact on ARRA Goals
Accelerate production of Electric Vehicle (EV) drive systems
5
This presentation does not contain any proprietary, confidential or otherwise restricted information
APPROACH
Proven Methods for Successful Launch
Utilize proven, industry-standard and GM internal processes for product launch and manufacturing validation