产品详情 / Product details

3.1合格声明

EU Declaration of Conformity

EU DECLARATION OF CONFORMITY

Document No.: 13350-K.DD.T030

1. Manufacturer： Company Name: Huizhou Kaiyesheng Energy Co.,Ltd

2.  Full Address: East Xiang Company factory, East Lou Village Group, Dongjiang Village Committee, Chenjiang Street, Zhongkai New District, Huizhou City

3. This declaration of conformity is issued under the sole responsibility of the manufacturer.

4. Object of declaration（产品描述13350 锂离子圆柱电芯）： Product: Lithiumion cylindrical cell Model: 13350 Nominal voltage: 3.7 V Nominal capacity: 500 mAh Intended use: Component for integration into electronic endproducts.

5. The object of the declaration described above is in conformity with the relevant Union harmonisation legislation:

· Directive 2014/35/EU (LowVoltage Directive, LVD)

· Directive 2014/30/EU (Electromagnetic Compatibility, EMC)

· Directive 2011/65/EU (RoHS 2.0), amended by (EU) 2015/863

Harmonised standards applied (supporting technical file TCF):

· EN IEC 623681:2020+A11:2020

· EN IEC 63000:2018 (RoHS assessment)

1. Notified Body: Not applicable (selfdeclaration for component cell)

2. Additional notes: This cell is supplied as a component only. CE marking shall be affixed on the final endproduct, not on this bare cell. Supporting documents including cell specification, UN38.3 transport report, RoHS test report and technical construction file (TCF) are kept available for EU market surveillance authority upon request.

3. Signed for and on behalf of Manufacturer: Name:

Place of issue: Huizhou City, Guangdong Province, China

Date of issue: 2026-10-15

3.2废电池预防和管理

Information on prevention and management of waste batteries

Information Document on Prevention and Management of Waste Portable Batteries

1 Role of End- Users in Battery Waste Prevention End- users can extend battery

service life through proper battery usage, thus reducing battery waste generation at source.

.     Charge   and  use  batteries   in   compliance  with  product   instructions.  Avoid  improper operations    including    over- charging,    high- temperature    exposure,    squeezing    and over- discharging to maximise battery service life.

.     Prioritise reuse, preparation for reuse, retrofitting  for re- utilisation and remanufacturing of functional batteries to cut waste generation.

.     Where battery performance is degraded yet the battery is not fully end- of- life, evaluate its secondary- use potential and avoid premature arbitrary discarding.

2 End- Users ’ Obligations for Separate Sorting and Collection of Waste Batteries Per obligations under Article 64 of the Regulation, waste portable batteries shall not be    discarded mixed with household waste (EUR- Lex).

.     Waste  batteries  must  be  separately  sorted  and  collected  and  shall  not  be  mixed  with ordinary domestic waste.

.     Once   batteries  reach  end- of- life,  deliver  them  to  designated  collection  points  for subsequent treatment by compliant organisations to recover high- value metals such as lithium, cobalt, nickel, copper and lead.

.     All   waste  portable  batteries,   irrespective   of  brand,   origin,   condition   or  chemical composition, can be handed over to the official collection system free of charge.

3 Available Channels for Waste Battery Recovery, Take- back, Collection Points, Preparation for Reuse, Retrofitting and Treatment

1.   Free  take- back  scheme:  Waste  portable  batteries  are  taken  back  free  of  charge  for end- users with no collection fees applied.

2.   Collection channels: collection points at retail outlets, municipal waste collection sites, and collection bins deployed by Producer Responsibility Organisations (PROs).

3.   Treatment route: Collected waste batteries are sent to compliant treatment facilities for preparation for reuse, retrofitting, disassembly and material recovery.

4.   Waste batteries may be collected together with waste electrical and electronic equipment (WEEE) and end- of- life vehicles. Nevertheless, batteries  shall be removed  from  such

equipment or vehicles afterwards for separate compliant battery treatment. 5.   Portable battery collection targets:

.     31 December 2023: 45%

.     31 December 2027: 63%

.     31 December 2030: 73%

Forty- eight months after the Regulation enters into force, the EU may revise the collection targets in view of market conditions, technical advancement and

raw- material supply status.

4 Mandatory Safety Instructions for Waste Battery Handling (Including Hazards of Lithium- containing Portable Batteries)

1.   Do  not   disassemble,  puncture,   drop- crush  or  incinerate  waste  portable   lithium- ion batteries; internal short- circuit may trigger fire and deflagration risks.

2.   Prevent positive- negative terminal short- circuit during waste- battery storage; tape may be used to cover battery electrode terminals.

3.   If batteries swell or leak electrolyte, avoid bare- hand contact with electrolyte. Place the battery in a well- ventilated safe location and deliver it to a collection point promptly.

4.   It is strictly prohibited to dispose of waste batteries in general waste bins, incinerators or sewer drains.

5.   Avoid  squeezing  and  impact  during  waste- battery  handling  and  hand- over.  Waste lithium- ion batteries carry thermal- runaway risks and shall not be stored in hermetically stacked piles.

5 Explanation of Battery Labels and Symbols Pursuant to Article 13 of the Regulation,

the meanings of symbols printed on battery bodies, outer packaging and accompanying documents are specified below:

.     Crossed- out wheeled- bin  symbol:  signifies that the battery shall not be disposed of as ordinary household waste and must be separately sorted for recycling.

.     Chemical    marking:    indicates    key    chemical    constituents    of   batteries    (lithium, nickel- cadmium, nickel- metal hydride, etc.).

.     Markings for capacity, production date, manufacturer and registration number: Producers shall register with competent authorities of EU Member States and obtain a registration number; information linked to this registration number is traceable.

.     Recycling  and  safety- warning  pictograms:  alert  users  to  battery  safety  hazards  and recycling- related legal obligations.

6 Impacts of Battery Constituents on Environment and Human Health; Hazards

Caused by Improper Disposal Portable batteries contain lithium, cobalt, nickel, lead and other hazardous substances:

1.   In case of random discarding or disposal as unsorted municipal waste, broken battery casings will release heavy metals and toxic electrolyte that seep into soil and groundwater and cause soil- water environmental contamination.

2.   Hazardous substances bioaccumulate through food chains and pose threats to flora, fauna and human health.

3.   Lithium- ion  batteries  present  fire  hazards  under  landfill  conditions;  incineration  will release toxic flue gas.

4.   Proper  separate  collection  and  recycling  allows  high- value  materials  such  as  copper, cobalt, lithium, nickel and lead to re- enter the economic cycle and ease the pressure on primary mineral extraction.

7 Explanation on Extended Producer Responsibility Battery producers shall complete registration with designated competent authorities of EU Member States and obtain a  registration number. Extended Producer Responsibility (EPR) covers: organisation of

waste- battery collection, transportation, reuse, remanufacturing, treatment and

recycling; reporting of data on batteries placed on the market; facilitating separate  battery collection and bearing relevant costs; providing end- of- life battery- related information and covering all expenses incurred for fulfilling such obligations.

Enterprises shall establish supply- chain due- diligence mechanisms at the

raw- material procurement phase to mitigate labour- right risks in raw- material supply chains.

8 Compliance Statement This document satisfies all mandatory information

requirements under Article 74(a)- (f) of Regulation (EU) 2023/1542. It can be used as content for product manuals, webpages or QR- code- linked disclosure texts for

information disclosure to end- users and distributors serving the EU market.

Note: Each EU Member State shall transpose EU- level regulations into national

legislation. Actual implementation shall comply with local provisions of respective Member States.

技术参数 / Technical parameters