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Summary of Contents for Sunwoda CIESS Series
- Page 1 Sunwoda Energy Technology Co., Ltd. ——Striving to become the world's leading integrated energy ser CIESS Series Product Maintenance Manual...
- Page 2 Product maintenance guidance manual Purpose This manual mainly introduces the maintenance guidelines when the CIESS series battery system is faulty, including fault maintenance transfer, fault confirmation, data acquisition, period replacement, etc. The CIESS series includes two installation methods: cabinet-type and simple bracket-type.
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Page 3: Before Maintenance
Instructions for security Before maintenance If the battery module occurs as follows, please do not store, boot, disassemble, and charge or discharge batteries for a long time. It should be scrapped immediately , according to the local lithium battery recycling specifications. - Page 4 product description The CIESS cabinet -type small integrated outdoor energy reserve system uses a modular design, that is easy to integrate, deploy and expand, ensuring the security of the user system. It can be used to adjust peak reclamation, spontaneous use, demand management, separation of electricity reserves, optical storage and other application scenarios.
- Page 5 The CIESS simple bracket type uses a 1PCS control box and a 12PCS battery box to complete a set of 60kWh rack high -pressure systems, supporting up to 3 clusters of 60kWh system parallel, and energy can be extended to 180kWh. 180kWh system structure diagram:...
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Page 6: Specifications
Specifications Type CIESS 50 CIESS 55 CIESS 60 CIESS 65 CIESS 70 CIESS 75 CIESS 80 System Parameter Number of battery modules Rated voltage 512V 563.2V 614.4V 665.6V 716.8V 768V 819.2V Rated energy 51.2kWh 56.3kWh 61.4kWh 66.6 kWh 71.7 kWh 76.8 kWh 81.9 kWh Operating voltage... - Page 7 Discharge ambient -20℃~55℃ temperature Working environment 10%~95% RH (without condensation) humidity Recommended 20℃～30℃ storage temperature Communication CAN/RS485 Maximum continuous 100A charging current Maximum continuous 100A discharge current Maximum working 2000m altitude Cycle life 6000 times (25 ℃, 0.5C/0.5C, 90% DOD, EOL 70%) Basic protection Charging overvoltage, discharging under voltage, overcurrent, over temperature, short circuit functions...
- Page 8 System wiring diagram Battery box interface definition ： Number Definition illustrate BAT- Battery negative output end BAT+ Battery positive output end Link A Chrysanthemum chain 1 communication port Link B Chrysanthemum chain 2 communication port Ground Grounding protection point...
- Page 9 Definition of the main control box interface ： Numbe Definition illustrate BAT+ Battery positive input terminal BAT- Battery negative input terminal switch Isolation and opening the DC main circuit COM1 CAN communication cable and parallel weaving cable interface COM2 CAN communication cable and parallel weaving cable interface Reserve the LED light board wiring port Ethernet interface Alarm lamp...
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Page 10: Wiring Connection
Wiring connection Cabinet wiring connection schematic diagram Internal connection schematic diagram ： DC cable connection schematic diagram ： Connecting the Bms1 port when coupled with a Deye inverter... - Page 11 System and machine DC diagram ： System parallel communication schematic diagram ：...
- Page 12 Simple bracket wiring connection schematic diagram ： The 180kWh system power line connection completion effect chart is as follows ：...
- Page 13 Document connection diagram ： Plug in a terminal with a resistor plug on the COM1 port on the leftmost control box, as shown in the figure: Terminal Resistance...
- Page 14 The 180kWh system communication cable connection completion effect chart is as follows:...
- Page 15 Diagram of the connection of the parallel machine: 1 Control box to DC Converter Box Positive Dynamic Line 2 Control box to the negative power line of the DC Converbide Box 3 Data module parallel communication line 4 Control box parallel communication line 5 control box to PCS communication line 6 Long ground wire beam...
- Page 16 The general wiring diagram of the 180KWH rack high-voltage system is as follows:...
- Page 17 Number inverter Protocol Communication Line Definition Battery inverter settings CANH:4 CANL:5 INV-01 CANH:4 CANL:5 INV-02 CANH:4 CANL:5 INV-03 CANH:4 CANL:5 INV-05...
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Page 18: Maintenance Steps
Specification Model/Version picture Tool name Yidong v1.500/v1.499 Communication & Ethernet online machine 192.168.5.5 ZLG USB CAN-II CAN box CANLoaderv1.66 Bin program upgrade the upper machine http://sunwoda.vidagrid.com/#/login Operation and maintenance platform Win10 Install the upper machine computer software and driver in advance... - Page 19 collect message When the failure needs to be reported, please collect the following information to give up to our company after -sales Information item information Is there a photovoltaic input? How many battery packs are there in the system? When to find a problem? Can the battery system continue to work after the problem is found? LED light status photo...
- Page 20 Fault Confirmation According to the fault performance to determine the type of failure, it usually includes the following types of faults: (A) A serious failure of the product parts is damaged, resulting in the battery not being able to switch, charge, or discharge normally.
- Page 21 serious malfunction category Fault Name Failure phenomenon Cause of Failure Solution. Opening the side door and turning off the power button on any battery will enable one-touch energization of all battery packs. Damaged or poorly contacted one-touch Abnormal switching No response when pressing the on/off button start wiring harness Contact supplier Battery is in an off state;...
- Page 22 Normal protection class Cause of Failure cure Fault Name Fault phenomenon Communication is not stable; Check that the communication cables Not properly parameterized are plugged in according to the correct wiring sequence Fault light on, O&M platform prompts parameter Use the host computer to rewrite the Parameter configuration fault configuration faults parameters in batch.
- Page 23 Normal protection class Cause of Failure cure Fault Name Fault phenomenon The battery is locally exposed to external Adjust so that the battery runs the same high or low temperatures, resulting in external ambient temperature; excessive internal temperature detection Replacement of BMS boards or battery Battery power on or charging and discharging process, deviation;...
- Page 24 Normal protection class Cause of Failure cure Fault Name Fault phenomenon Short-circuiting of internal battery components Reboot; Ensure that the battery charging current is within the operating range; Battery charging process, fault light on, O&M platform Reducing charging power Charging short circuit protection suggests charging short-circuit protection.
- Page 25 communications anomaly class Cause of Failure cure Fault Name Fault phenomenon Parallel batteries are inconsistent when Turn the battery packs all the way off turned on; and then turn them on at the same Unreliable contact of the battery pack time by pushing the buttons;...
- Page 26 System operation and maintenance settings Recommended Google Chrome, version 113.0.5672.93 (official version) or higher (64-bit), Win10 PC. Change the IP address by the steps below, so that the data module can obtain the system status...
- Page 27 Use the RJ45 (8P) network cable to connect the LAN port of the data module, and the other end connect the computer. Open the Google browser and enter the URL ：192.168.5.5 User name :user Password：password...
- Page 28 Set the network access method and mainstoror status of the battery cabinet on the current page. After the settings are completed, if the device is prompted, please wait patiently Note ：that after setting up the slave's system, the default access address will become 192.168.6.5...
- Page 29 Matching the device, SSID: The name of the router Password: The router network connection password. After the connection is successful, the two indicators of the data module are often on. Indicators...
- Page 30 View local data You can see the real-time data of the device, configuration parameters, download data, etc., in the local platform.
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Page 31: Local Upgrade
Local Upgrade... - Page 32 Remote Web Operations Log on to the website https://sunwoda.vidagrid.com and register for an account.
- Page 33 Adding sites and devices...
- Page 35 Note: Please enter the correct last 16 digits of the battery cabinet SN code and make sure you have completed the system O&M setup. The battery cabinet SN code can be found on the battery cabinet nameplate.
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Page 36: Viewing Device Data
Viewing Device Data You can view device details, historical data, etc. on the cloud platform. -
Page 37: Upgrade Equipment
Upgrade equipment Enter the site name as follows, find the site to be upgraded, check the site, and click "Upgrade."... -
Page 38: Storage Requirements
Storage requirements caveat The battery is stored indoors. No direct sunlight or rain; dry and well ventilated; clean surroundings; no large amounts of infrared and other radiation; no organic solvents or corrosive gases; no metallic conductive dust, etc.; and away from heat and ignition sources. l If the battery is bulging, deformed, damaged or leaking, it must be scrapped regardless of the storage time. -
Page 39: Contact Information
E-mail address: supportechnical@sunwoda.com Contact Information： Hotline: +86 75522670380 Website: www.sunwodaenergy.com Address：深圳市光明新区塘家南路18号欣旺达工业园...
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