小型户用锂电池系统合作伙伴-招标公告

招标通知招标公告

编号：XCGD-ZBGG-2020－009

小型户用锂电池系统合作伙伴

招标公告

 

1.招标条件

本招标项目的招标人为自贡兴川光电有限公司（以下简称“招标人”），建设资金为企业自有资金，现招标人对针对小型户用锂电池系统合作伙伴，进行招标，诚邀社会对本项目感兴趣的供应商参与项目。

2.招标范围及要求

序号 项目名称 采购范围 项目情况 地点
1 东南亚小型户用锂电池系统 System：12V/38AH  4841套

System：12V/67AH  3075套

System：24V/75AH  359套

System：24V/156AH  36套

System：24V/190AH  9套

System：12V/26AH  904套

 东南亚投标项目，根据技术要求，提供FOB报价及投标资料。 东南亚

3.投标人资格要求

3.1投标人须满足如下通用资格要求：

3.1.1资质要求：

3.1.1.1中华人民共和国境内注册的企业法人或其他组织，并具备承担招标项目的能力；

3.1.1.2法定代表人或单位负责人为同一人或者存在控股、管理关系的不同单位，不得参加同一包的投标；

3.1.1.3应有良好的财务状况和商业信誉；

3.1.1.4不接受联合体投标；

3.1.1.5不接受代理投标；

3.1.1.6投标截止日前具有良好的履约能力和履约信用；

3.1.2 信誉要求：

投标人不得存在下列情形之一：

3.1.2.1在投标截止日前三年内存在骗取中标、串标、以他人名义投标或严重违约问题；

3.1.2.2投标截止日前两年内存在违反国家有关法律有关禁止转包或分包规定的行为。

3.1.3安全质量要求：

投标人不得存在下列情形之一：

3.1.3.1在投标截止日前两年内发生因投标人原因造成的特别重大安全生产事故或特别重大质量事故；

3.1.3.2在投标截止日前一年内发生因投标人原因造成的重大安全生产事故或重大质量事故；

3.1.3.3在投标截止日前六个月内发生因投标人原因造成的较大安全生产事故或较大质量事故；

3.1.3.4在投标截止日前三个月内发生因投标人原因造成的一般安全生产事故或一般质量事故。

3.2文件要求

3.2.1营业执照；

3.2.2 ISO三证；

3.2.3国际认证及检测报告（参看技术附件）

3.2.4近三年海外业绩；

3.2.5产品报价（FOB价格）。

4.报名信息登记表的提交

本次公告发布后，投标人应在“中兴能源有限公司官网”（网址：www.zonergy.com）、中国采购与招标网（网址：https://www.chinabidding.cn/）、中国招投标网（网址；http://www.infobidding.com）、招标与采购网（网址：https://www.zbytb.com）、千里马（网址：http://www.qianlima.com）、采招网（网址：https://www.bidcenter.com.cn/qita/webseo80.shtml）、招标网（网址：http://www.zhaobiao.cn）、“四川建设网”（网址：http://www.sccin.com.cn/index.html）查看公告信息及要求，按照公告要求与招标人联系，将报名登记表和企业资质发送至指定邮箱：Tender@zonergy.com,Infrastracture@zonergy.com,Cost@zonergy.com,Procurement@zonergy.com,（必须发送四个邮箱，否则报名无效）请潜在投标人高度重视。诚邀对本项目有兴趣的供应商参与，截止时间:2020.03.06下午18：00。

5.发布公告的媒介

本次招标采取公开征集供应商的方式，招标人在“中兴能源有限公司官网”（网址：www.zonergy.com）、中国采购与招标网（网址：https://www.chinabidding.cn/）、中国招投标网（网址；http://www.infobidding.com）、招标与采购网（网址：https://www.zbytb.com）、千里马（网址：http://www.qianlima.com）、采招网（网址：https://www.bidcenter.com.cn/qita/webseo80.shtml）、招标网（网址：http://www.zhaobiao.cn）、“四川建设网”（网址：http://www.sccin.com.cn/index.html）发布招标公告，请供应商于2020年03月06日下午18：00之前将相关资料发至上述邮箱。

6.报名联系方式

招标人：自贡兴川光电有限公司

地  址：自贡市沿滩区板仓工业园区东环路19号

联系人:张经理18611097092技术澄清 刑经理 15222285971

邮箱：Tender@zonergy.com,Infrastracture@zonergy.com,Cost@zonergy.com,

Procurement@zonergy.com

 

附件1：报名信息登记表

报名信息登记表  提取码：g8sp

年　月　日

项目名称  
投

标

人

信

息

 公司信息 名称：

营业执照号：

组织机构代码证号：

税务登记证号：

开户行：

开户账号：
地址(邮编)  
授权代表 姓名：　　　　　　　　　　职务：
电话 座机：区号-电话号
手机：
传真 区号-传真号　　　　　　　　　   （自动□/人工□）
E-mail  
须附企业资质附件

注：为了确保信息准确无误，请投标人将此表格下载到电脑上，用黑体三号字认真填写表格中的每一项信息，如联系方式错误或缺失而导致投标失败，一切后果均由投标人承担。

 

附件（技术要求）：

C.4.3 Batteries

C.4.3.1 Certification standards

The compulsory required test standards for li-ion batteries:

Safety standard for all li-ion cells:  All cells must have valid IEC Standard Certificate for:

所有锂离子电池的安全标准：所有电池必须具有有效的IEC标准证书：

  • IEC 62133-2 (2017); Secondary cells and batteries containing alkaline or other non-acid electrolytes – Safety requirements for portable sealed secondary cells, and for batteries made from them, for use in portable applications.

Safety standards for li-ion batteries for portable applications (i.e. easily hand-held devices – see IEC definitions in text box below)

IEC 62133-2（2017）；含有碱性或其他非酸性电解质的二次电池和电池-便携式密封二次电池和由其制成的便携式应用电池的安全要求。便携式锂离子电池的安全标准（即，易手持设备-

见下面文本框中的IEC定义）

Safety test:  All lithium-ion batteries must have at least valid the following valid IEC Standard Certificate for:

安全测试：所有锂离子电池必须至少具有以下有效的IEC标准证书：

  • IEC 62133-2 (2017); as above, (for exact battery, cell and BMS)

OR BOTH of

  • UL 1642 (2012); Standard for Lithium batteries.

AND

  • UL 2054; Standard for Household and Commercial Batteries.
  • IEC 62133-2（2017）；如上所述（精确电池、电池和BMS）
  • 或者以下两个标准
  • UL 1642（2012）；锂电池标准。 以及 UL 2054；家用和商用电池标准。

Safety and transport standards for li-ion batteries for stationary applications (i.e. all non-portable batteries)

固定用锂离子电池（即所有非便携式电池）的安全和运输标准

Safety test:  All stationary lithium-ion batteries must have at least the the following valid IEC Standard Certificate for:

  • IEC 62619 (2017); Secondary cells and batteries containing alkaline or other non-acid electrolytes. Safety requirements for secondary lithium cells and batteries, for use in industrial applications.

OR

  • UL 1973; Standard for Batteries for Use in Light Electric Rail (LER) Applications and Stationary Applications.
  • IEC 62619（2017）；含有碱性或其他非酸性电解质的二次电池和电池。工业用二次锂电池和电池的安全要求。
  • 或者 UL 1973；用于轻轨（LER）应用和固定应用的电池标准。

Transport test: All stationary lithium-ion batteries must have at least the following valid IEC Standard Certificate for:

  • IEC 62281 (2019-04); Safety of primary and secondary lithium cells and batteries during transport,

OR

  • IEC 62133-2 (2017); as above,

OR

  • UL 1642; as above,

OR

  • UN 38.3 (2015); United Nations Recommendations on the transport of dangerous goods: manual of tests and criteria, Clause UN38.3.
  • 运输试验：所有固定锂离子电池必须至少具有以下有效的IEC标准证书：
  • IEC 62281（2019-04）；运输期间一次和二次锂电池和电池的安全性，
  • 或者 IEC 62133-2（2017）；
  • 或者   UL 1642；
  • 或者  UN3（2015）；联合国关于危险货物运输的建议：试验和标准手册，第UN38.3条。

Life cycle endurance test method (with cycle life indicated) for all li-ion cells or batteries, and in each case the specific test method (clause reference) and settings used shall be described, together with test result:

  • IEC 61960 (2017); Secondary cells and batteries containing alkaline or other non-acid electrolytes – Secondary lithium cells and batteries for portable applications.

OR

  • IEC 62620 (2014); Secondary cells and batteries containing alkaline or other non-acid electrolytes. Secondary lithium cells and batteries for use in industrial applications.

OR

  • IEC 61427-1 (2013); IEC 61427-1: Secondary cells and batteries for renewable energy storage – General requirements and methods of test – Part 1: photovoltaic off-grid application
  • 所有锂离子电池或电池的寿命周期耐久性试验方法（注明循环寿命），在每种情况下，应说明所用的具体试验方法（参考条款）和设置，以及试验结果：
  • IEC 61960（2017）；含有碱性或其他非酸性电解质的二次电池和电池——便携式二次锂电池和电池。
  • 或者  IEC 62620（2014）；含有碱性或其他非酸性电解质的二次电池和电池。工业用二次锂电池和电池。
  • 或者   国际电工委员会61427-1（2013）；国际电工委员会61427-1：可再生能源储存用二次电池和电池-一般要求和试验方法-第1部分：光伏离网应用

In addition:

Note that all compulsory certificates or test results shall be provided for each battery, for each size, including the particular BMS.  i.e. there are no family-of battery tests on one battery that shall cover other similar li-ion batteries from the same manufacturer.  (The exception to this is the life-cycle testing).

此外： 请注意，应为每个电池提供每个尺寸的所有强制性证书或测试结果，包括特定的BMS。i、 e.在同一个电池上，没有一个系列的电池测试应涵盖同一制造商的其他类似锂离子电池。（生命周期测试除外）。

 

IEC definition of battery for Portable Applications: [taken from IEC61960-3 (2017)]

 

Portable applicaions comprise hand-held equipment, treansportable equipment and moveable equipment.   Examples of the main uses are shown below:

a)       Hand-held equipment: smartphone, tablet PC’s, audio/video players and similar equipment,

b)       Transportable equipment: motebook computers, CD players, and similar equipment,

c)        Moveable equipment:

·         18kg or less in mass and not fixed in place, or

·         Provided with wheels, castors or othermeans to facilitate movement by an ordinary person as required to perfoemn its in tended use,

·         Poiwer tools, power asssited cycles, business use video cmaeras and similar equipment.

Note 1: All applications using batteries whose nominal voltages are equal to or over the harzardous voltage of 60V are excluded.

Note 2: EESS (Electrical Energy Storage Systems) and UPS, which use batteries over 500Wh are excluded.

Note 3: Self-propelled vehicles are excluded.

 

Conclusion:

è Bidders may choose whether to define their particular battery as portable or stationary, within the IEC 61960 guidelines, which are guuidelines only.

è All non-portable batteries shall be considered as stationary batteries.

è If in doubt use the stationary battery classification for applicable standards, which are adequate for all SHS batteries.

 

C.4.3.2 Particular requirements

  1. Allowed batteries shall be one of following types only:
  2. Public facility systems: Li-ion LFP type only as per Table 5.
  3. SHS: NMC type only as per Table 5.
  4. The expected battery life under the solar design cycling conditions shall be a minimum of 2,000 cycles.
  5. The battery cycle life under test-certified conditions:
  6. Public facility li-ion batteries: at 90% DoD must exceed 2,000 cycles when tested to approved standard, to 80% percent of rated capacity. If cell only is tested then derating of cycle-life for complete battery shall be provided.
  7. SHS Li-ion batteries: see section D.4.3.3.
  8. The safe charging temperature limit on certificate of IEC 62133-2 for certified li-ion cells shall be at least 500C for SHS and public facilities and 600C for streetlights.
  9. Preferably only four standard sizes of batteries shall be used to facilitate spares and parts management.
  • 允许的电池应仅为以下类型之一：
  • 公共设施系统：Li-ion LFP类型仅符合表5。
  • SHS：仅符合表5的NMC类型。

b） 太阳能设计循环条件下的预期电池寿命应至少为2000次循环。

c） 测试认证条件下的电池循环寿命：

  • 公共设施锂离子电池：在90%时，当按照批准的标准进行测试时，DoD必须超过2000次循环，达到额定容量的80%。如果只测试电池，则应提供完整电池的循环寿命降额。
  • SHS锂离子电池：见4.3.3节。

d） 经认证的锂离子电池的IEC 62133-2认证证书上的安全充电温度限值，SHS和公共设施应至少为500C，路灯应至少为600C。

e） 最好只使用四种标准尺寸的电池，以便于备件管理。

 

C.4.3.3 General Requirements

  1. The rated amp hour capacity is specified at 25°C at the C20 (20 hour) discharge rate to to standard safe discharge voltages for Lithium Ion batteries, as indicated in Table 5.
  2. For consistent use of terminology and clarification of 4.3.2(a) Li-ion batteries are classified as one of the following types with the corresponding performance characteristics:

 

1.如表5所示，锂离子电池的额定安培小时容量为25摄氏度，放电率为20小时，达到标准安全放电电压。

2.为了术语的一致使用和4.3.2（a）的澄清，锂离子电池被归类为具有相应性能特征的下列类型之一：

 

Table 5: Li-ion battery characteristics

 

Description Cell voltage characteristics Typical Applications Typical operating conditions Acceptability within this procurement

 
Max. load shed DoD Expected minimum cycles
Lithium Cobalt Oxide:

LiCoO2 cathode / graphite anode

Abbr: LCO or Li- cobalt

 3.60V nominal; typical operating range

3.0–4.2V/cell

 Very high specific energy, limited specific power; full-charge promotes thermal run-away and much less safe:

Mobile phones, tablets, laptops, camas

 90%

or 2.5VPC

 500-1,000 Not acceptable
Lithium Manganese Oxide:

LiMn2O4 cathode / graphite anode

Abbr: LMO or Li-manganese

 3.70V (3.80V) nominal; typical operating range

3.0–4.2V/cell

 High power but less capacity; Can thermal runaway but safer than Li-cobalt::

Power tools, medical devices, electric powertrains

 90%

or 2.5VPC

 

 300-700 Not acceptable
Lithium Nickel Manganese Cobalt Oxide:

LiNiMnCoO2 cathode /  graphite anode

Abbr; NMC (NCM, CMN, CNM, MNC, MCN similar with different metal combinations))

 3.60V, 3.70V nominal; typical operating range

3.0–4.2V/cell, or higher

 Provides high capacity and high power, high charge promotes thermal run-away and less safe:

E-bikes, medical devices, EVs, industrial

 90%

or 2.5VPC

 

 1,000-2,000 Yes, for SHS only
Lithium Iron Phosphate:

LiFePO4 cathode / graphite anode

Abbr: LFP or Li-phosphate

 3.20, 3.30V nominal; typical operating range

2.5–3.65V/cell

 Very flat voltage discharge curve but low capacity, elevated self-discharge, very safe:

Portable and stationary needing high load currents and endurance

 90%

or 2.5VPC

 1,000-2,000 Yes, for Public Facility only
Lithium Nickel Cobalt Aluminum Oxide: 

LiNiCoAlO2 cathode, graphite anode

Abbr: NCA or Li-aluminum

 3.60V nominal; typical operating range

3.0–4.2V/cell

 Very high specific energy, limited specific power, high charge promotes thermal run-away and less safe

Medical devices, industrial, electric powertrain (Tesla)

 90%

or 3.0VPC

 500 Not acceptable
Lithium Titanate: Can be lithium manganese oxide or NMC; Li4Ti5O12 (titanate) anode

Abbr:  LTO or Li-titanate

 2.40V nominal; typical operating range

1.8–2.85V/cell

 Long life, fast charge, wide temperature range but low specific energy and expensive, very safe:

UPS, electric powertrain (Mitsubishi, Honda),
solar street lighting

 90%

or 1.8VPC

 3,000-7,000 Not for this procurement
  1. The minimum rated capacity at C20 shall be not less than the values specified in Table 3, which refers to allowed Li-ion types. Capacity adjustments shall be made to accommodate any particular battery’s performance and optimal depth of discharge to achieve the same expected cycle life.

 

C20时的最小额定容量应不小于表3规定的值，表3是指允许的锂离子类型。应进行容量调整，以适应任何特定电池的性能和最佳放电深度，以达到相同的预期循环寿命。

 

  1. Li-ion batteries shall be carefully matched with charge controllers to prevent overcharge and unsafe thermal runaway conditions, justified based on certified ranges of relevant IEC standard. Li-ion batteries shall be provided with integrated Battery Management System (BMS), which provides the following key additional functions:
    • Cell protection via passive balancing function for series-connected cell blocks
    • Overdischarge protection
    • Overcharge protection
    • Over-current protection
    • Short circuit protection
    • Reverse polarity protection
    • Over-temperature cut-out of charge and discharge
    • Under-temperature cut-out of charge and discharge
    • Temperature detection via temperature sensors in at least each cellblock (so up to 9 probes for a 24V battery), set to within the limits of the IEC 62133-2 certified battery cell. The minimum over-temperature cut-off is 500C for SHS and public facilities and 600C for streetlights.

锂离子电池应与充电控制器仔细匹配，以防止过度充电和不安全的热失控条件，并根据相关IEC标准的认证范围进行调整。锂离子电池应配备集成电池管理系统（BMS），该系统提供以下关键附加功能：

串联单元块的无源平衡保护

过放电保护

过充保护

过电流保护

短路保护

极性反接保护

充放电超温切断

充放电低温切断

通过至少每个电池块中的温度传感器进行温度检测（对于24伏电池，最多9个探针），设置在经IEC 62133-2认证的电池单元的限制范围内。SHS和公共设施的最低超温截止温度为500摄氏度，路灯的最低超温截止温度为600摄氏度。

 

C.4.3.4 Battery Banks

  1. Batteries may be connected in series to make up the required system voltage.
  2. No more than 2 batteries shall be connected in parallel.
  3. Batteries, which are connected in parallel, must be of the same model, type, age and size.
  4. Li-ion batteries connected in series or parallel arrangements shall be documented to isuslrte how BMS/EMS ensure safe operation of the individual batteries.

 

C、 4.3.4电池组

a） 电池可以串联以构成所需的系统电压。

b） 并联的电池不得超过2节。

c） 并联的电池必须具有相同的型号、类型、年龄和尺寸。

d） 以串联或并联方式连接的锂离子电池应记录在isuslrte中，说明BMS/EMS如何确保单个电池的安全运行。

C.4.3.5 Installation related issues

  1. Battery inter cell connectors shall be supplied with the battery. They shall be professional quality, corrosion resistant and fully insulated.
  2. A battery circuit breaker is to be installed at the positive battery terminal and is to protect against short-circuit. The breaker rating is described in section C.3.5 Switchgear and sockets.
  3. Each battery shall be labelled with a unique number numbered from negative to positive cells.
  4. Appropriate danger/caution signage shall be put in place.
  • 3.5安装相关问题

a） 电池间连接器应与电池一起提供。它们应具有专业质量、耐腐蚀和完全绝缘。              b） 蓄电池断路器应安装在蓄电池正极端子上，以防止短路。断路器额定值见第C.3.5节开关设备和插座。

c） 每个电池应贴上从负极到正极的唯一编号标签。

d） 应设置适当的危险/警告标志。

 

C.4.3.6 Documentation and labeling

  1. Each battery/cell shall be engraved with the supply date
  2. The supplier is required to provide for each Battery offered the following data:
    • The battery must be labeled indicating at minimum Manufacturer, Model Number, Voltage and Capacity.
    • Type of the battery: Li-ion and type – LFP
    • Battery Voltage
    • Battery Capacity@C20
    • Warranty information
    • Barcode
  3. The supplier is required to provide for each Battery type the following general data
    • Battery discharge performance versus Temperature
    • Battery cycle life versus depth of discharge
    • Battery cycle life versus battery temperature
    • Battery cycle life versus charge voltage, (including useable battery capacity)
    • Product brochure for battery
    • BMS information and brochure
  4. The supplier is required to provide for each Battery type the following test data
    • Battery discharge performance curves at C10 and C50, at a minimum
    • Battery cycling curves against IEC 61690, IEC 62620, or IEC 61427-1 for Li-ion.

4.3.6文件和标签

  • 每个电池/电池应刻有供货日期
  • 要求供应商为提供的每个电池提供以下数据：

电池必须贴上标签，标明最低制造商、型号、电压和容量。

电池类型：锂离子和LFP型

蓄电池电压

电池容量@C20

保修信息

条形码

  • 要求供应商为每种电池类型提供以下一般数据

电池放电性能与温度的关系

电池循环寿命与放电深度

电池循环寿命与电池温度

电池周期寿命与充电电压（包括可用电池容量）

电池产品手册

BMS信息和手册

  • 要求供应商为每种电池类型提供以下测试数据

C10和C50下的电池放电性能曲线，至少锂离子电池循环曲线符合IEC 61690、IEC 62620或IEC 61427-1。