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CEEG CHIEF-5.0K-7.68kWh Hardware Operation Manual

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CHIEF-5.0K-7.68kWh
CHIEF-5.0K-7.68kWh
CHIEF-5.0K-15.36kWh
CHIEF-8.0K-11.52kWh
CHIEF-10.0K-7.68kWh
CHIEF-10.0K-15.36kWh
CHIEF-12.0K-11.52kWh
HARDWARE OPERATION MANUA
CHIEF-5.0K-11.52kWh
CHIEF-5.0K-11.52kWh
CHIEF-8.0K-7.68kWh
CHIEF-8.0K-15.36kWh
CHIEF-10.0K-11.52kWh
CHIEF-12.0K-7.68kWh
CHIEF-12.0K-15.36kWh

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Summary of Contents for CEEG CHIEF-5.0K-7.68kWh

  • Page 1 CHIEF-5.0K-7.68kWh CHIEF-5.0K-11.52kWh CHIEF-5.0K-7.68kWh CHIEF-5.0K-11.52kWh CHIEF-5.0K-15.36kWh CHIEF-8.0K-7.68kWh CHIEF-8.0K-11.52kWh CHIEF-8.0K-15.36kWh CHIEF-10.0K-7.68kWh CHIEF-10.0K-11.52kWh CHIEF-10.0K-15.36kWh CHIEF-12.0K-7.68kWh CHIEF-12.0K-11.52kWh CHIEF-12.0K-15.36kWh HARDWARE OPERATION MANUA...

  • Page 2: Table Of Contents

    CONTENTS 1. Safety Introductions ..............................3 2. Product Introductions ..............................4 2.1 Product Overview .............................5 2.2 Product Size ..............................6 2.3 Product Features ............................... 7 2.4 Basic system Architecture ..........................8 2.5 Product handing requirements ..........................9 3. Installation ................................10 3.1 Parts list ................................10 3.2 Mounting instructions ............................
  • Page 3 6.7.2 Safety Center ............................45 6.7.3 Languages ............................45 6.7.4 Help ..............................45 6.7.5 Current Version ............................45 7.Parameter information ...............................46 8. Fault Code List ................................. 47...

  • Page 4: Safety Introductions

    Contents may be periodically updated or revised due to product development. The information in this manual is subject to change without notice. The latest manual can be acquired via service @www.ceeg.cn. 1. Safety Introductions...

  • Page 5: Product Introductions

    CHIEF series hybrid all-in-one battery energy storage system (BESS) is designed for both indoor and outdoor use. BESS can store the DC power generated by the PV array into the battery, or convert it into AC power to loads. This user manual applies to the following products： CHIEF-5.0K-7.68kWh； CHIEF-5.0K-11.52kWh； CHIEF-5.0K-15.36kWh； CHIEF-8.0K-7.68kWh； CHIEF-8.0K-11.52kWh； CHIEF-8.0K-15.36kWh； CHIEF-10.0K-7.68kWh；CHIEF-10.0K-11.52kWh；CHIEF-10.0K-15.36kWh；...

  • Page 6: Product Overview

    2.1 Product Overview 1.Grid CT interface 6. Hybrid inverter 11. PV switch 2. WIFI interface 7. SOC display Battery Breaker 3. Load 8. PACK 13. Battery input 4. Grid 9. BMS communication 14. PACK input 5. Battery switch 10. PV input 15.BMS communication...

  • Page 7: Product Size

    2.2 Product Size CHIEF series hybrid all-in-one battery energy storage system (BESS) Size...

  • Page 8: Product Features

    2.3 Product Features 230V/400V Three phase Pure sine wave inverter.  Self-consumption and feed-in to the grid.  Auto restart while AC is recovering.  Programmable supply priority for battery or grid.  Programmable multiple operation modes: On grid, off grid and UPS. ...

  • Page 9: Basic System Architecture

    2.4 Basic system Architecture The following illustration shows basic application of this machine. It also includes following devices to have a complete running system. - PV modules Consult with your system integrator for other possible system architectures depending on your requirements. The machine cannot be connected to a generator.

  • Page 10: Product Handing Requirements

    2.5 Product handing requirements Two people stand on both sides of the machine, holding two handles to lift the machine. Please wear gloves for operation. battery box transport inverter box transport...

  • Page 11: Installation

    3. Installation 3.1 Parts list Check the equipment before installation. Please make sure nothing is damaged in the package. You should have received the items in the following package: CHIEF-5.0K/8.0K/10.0K/12.0k-7.68kWh...
  • Page 12 CHIEF-5.0K/8.0K/10.0K/12.0k-11.52kWh...
  • Page 13 CHIEF-5.0K/8.0K/10.0K/12.0k-15.36kWh...

  • Page 14: Mounting Instructions

    Usage and operation of the BESS must follow instructions in this user manual, otherwise the protection design  might be useless and warranty for the BESS will be invalid. Do not open BESS cover or change any component without CEEG’s authorization, otherwise the warranty  commitment for the BESS will be invalid.
  • Page 15 The following distances must remain empty: (1) 500 mm beside the BESS; 800mm (2) 800 mm above the BESS; (3)500 mm before the BESS. 500mm 500m 500mm 500mm MOUNTING LOCATION SELECTION For The BESS’s protection and convenient maintenance, mounting location for The BESS should be selected carefully based on the following rules: Rule 1：The BESS should be installed on a solid surface, where is suitable for inverter’s dimensions and weight.

  • Page 16: 1Battery Box Installation

    3.2.1Battery Box Installation Installation Tools Cross tape measure Multimeter Wire stripper Claw hammer screwdriver Percussion Diagonal Insulating Protective drill pliers gloves gloves For 15kWh BESS: Step 1 Install the combination brackets Find 8 Brackets-A, 8 Brackets-B, and 16 M5 screws from the battery box packaging, and use the screws to fix the Brackets-A and Brackets-B together, as shown in the figure: Step 2 Fix the battery box base...
  • Page 17 Step 3 Drilling hole After fixing the battery box base, mark the drilling positions on the fixing device according to the holes on the base and mounting bracket (6 holes need to be drilled to install the battery box base), and move the battery box base after marking.
  • Page 18 Step 4 Fix expansion bolt Locate M6 sleeve expansion bolt from the packing tool and hammer it into the pre-drilled hole so that its surface is flush with the fixture. 300mm Step 5 : Fix battery box and back plate Move the battery box base so that the holes in the bracket and base overlap and align with the pre-drilled holes in the fixture, (please ensure that the holes are aligned after) and then rotate the expansion bolts with the corresponding nuts until they lock the battery box to the mounting bracket as shown in the figure below:...
  • Page 19 Step 7 Install the remaining Battery Box Reference the STEP 6 steps and install the remaining Battery Box How to fine-tune the battery box: Item Name Torque Note 4 N·m Expansion screws Tune up and down 3 N·m Tune left and right Tune screws 3 N·m Fix screws...

  • Page 20: Inverter Box Installation

    3.2.2 Inverter Box Installation Step 1 : Place the inverter box Remove the inverter from the box and place it smoothly on the battery box, the upper and lower slots fit perfectly. Step 2 : Fix the inverter box Secure the inverter to the mounting brackets on either side of the top of the battery compartment underneath it using four M5 screws.

  • Page 21: Cable Connection

    Step 3 : Install Wi-Fi module Find the Wi-Fi module in the accessory package and insert it into the base, then tighten the Plastic nut. Torque: 2.5N.m. Install on the left side of the machine 3.3 Cable Connection 3.3.1 General Ensure that all switches and breakers of BESS are closed(The switch and circuit breaker of the inverter are on the right side of the machine and the switch of the battery box is on the left side of the machine) BATTERY BREAKER...

  • Page 22: Connect The Inverter Box And Battery Box

    3.3.2 Connect the Inverter Box and Battery Box For 15kWh Step 1 : Connect power cables between the battery boxes and the inverter box First, take out the power cord from the accessory, there are three kinds of models A, B and C Type of Cable Elaborate For the battery case used in series with each other...
  • Page 23 TO Inverter BAT+ BAT- BAT+ BAT- BAT+ BAT+ BAT- Power BAT- Cables-B Power Cables-A BAT+ BAT+ Power BAT- Cables-C BAT+ BAT- BAT- Connection of the inverter to the battery box Connection of The battery boxes Step 2 : Connect communication cables between the battery boxes and the inverter box Type of Cable Elaborate Used to connect the BMSCOM port of the inverter to the BMSCOMIN port of the...
  • Page 24 Used to sequentially connect the BMSCOMOUT port of the battery box to the BMSCOMIN port of the subsequent battery box Features: Male Connector -Male Connector; 350mm long; Black To BMSCOM BMSCOM hang in the air BMSCOMIN Communication cables-A BMSCOMOUT BMSCOMIN Communication cables-B BMSCOMOUT...

  • Page 25: System Connection Block Diagram

    3.4 System Connection Block Diagram Before connecting to the grid, a separate AC breaker must be installed between the inverter and the grid, and also between the backup load and the inverter.This will ensure the inverter can be securely disconnected during maintenance and fully protected from over current.

  • Page 26: Connect Eps Cables

    Connect EPS cables Warning: Be sure to turn off the AC circuit breaker or isolation switch before starting wiring. You need to install the 5-core wire (10AWG/PCS)from the load end into the EPS side 5-core male connector provided in the attachment Step 1：Dimension of stripping Find the EPS male socket in the attachment, thread the three live wires, one zero wire, and one ground wire at the load end through the EPS male socket, and use a wire stripper to peel off the appropriate length (as shown in the...
  • Page 27 ⑤ ⑥ Tighten the nut with an open-ended wrench Complete the installation (torque 2.5±0.5N·M) Step 3：male-female docking ① ② Complete the installation Insert the EPS port on the left side of the inverter by the installation arrows...

  • Page 28: Connect Grid Cables

    3.6 Connect GRID cables Warning：Be sure that AC power source is disconnected before attempting to wire it to the unit. Step 1：Dimension of stripping Locate the GRID female receptacle in the accessories and place three fire wires, one zero wire, and one ground wire, through the GRID female receptacle and strip it to the proper length with wire strippers (as shown below).

  • Page 29: Connect Ct Cables

    ⑤ ⑥ Tighten the nut with an open-ended wrench Complete the installation (torque 2.5±0.5N·M) Step 3：male-female docking ① ② GRID GRID Complete the installation Insert the GRID port on the left side of the inverter by the installation arrows 3.7 Connect CT cables Warning：Be sure that AC power source is disconnected before attempting to wire it to the unit.
  • Page 30 Arrow pointing to the grid...

  • Page 31: Connect Pv Cables

    3.8 Connect PV cables Before connecting to PV modules, please install a separately DC circuit breaker between inverter and PV modules. It is very important for system safety and efficient operation to use appropriate cable for PV module connection. To avoid any malfunction, do not connect any PV modules with possible leakage current to the inverter.
  • Page 32 Step 1：Strip off the DC wire about 7mm, disassemble the connector cap nut Step 2：Crimping metal terminals with crimping pliers Step 3：Insert the contact pin to the top part of the connector and screw up the nut to the top part of the connector. Step 4：Finally, insert the PV terminal into the PV interface on the right side of the inverter...
  • Page 33 Please use its own DC power connector from the inverter accessories. Do not interconnect the Warning connectors of different manufacturers.Max. DC input current should be 20A. if exceeds, it may damage the inverter and it is not covered by CEEG warranty.

  • Page 34: System Operation

    4. System Operation 4.1 Switch on Warning: Please check the installation again before turning on the system. Warning Step 1：Turn on the battery switch on every battery module Battery Switch Left view of battery module Note:The battery switch isolates the internal battery modules which are connected in series, the battery switch should not be used to disconnect the batteries under load.

  • Page 35: Switch Off

    BESS, and turn off all switches within the BESS. Then please contact CEEG and we will provide detailed instructions. WARNING: Please do not open the upper cover plate of the BESS by yourself.

  • Page 36: Bluetooth And The Wi-Fi Configuration

    Note: The first connection requires Bluetooth: Firstly, turn on your phone's Bluetooth and ensure that your phone is connected to WIFI.  Open the CEEG ESIS app and click the WIFI configuration button on the login interface to enter the Bluetooth  configuration interface.

  • Page 37: Install The Side Panels

    Discovering Bluetooth Bluetooth pairing Configure WIFI WIFI configuration successful successful 5.3 Install the side panels After the WIFI configuration is successful, you can use the APP to control the machine’s Switches,mode transitions,etc.At this point, you need to locate the side panels in the attachment and install them on the left and right sides of the machine.

  • Page 38: Software Instructions

    6. Software Instructions 6.1 Software Introduction 6.1.1 General This product is a mobile phone APP for remote control of the energy storage all-in-one computer sold by our company. Users can check the load, photovoltaic, grid, battery power and electricity consumption in real time through the APP, and query historical data.

  • Page 39: Main Page

    6.4 Main Page message center On/Off button Main Page GRID Mode switching Real time status display Battery Load 1.Message center In the message center, you can view device information, fault information, etc. for the day 2.On/Off button and status bar If you have multiple devices bound, you can swipe the status bar to the left or right to switch and view the device status.
  • Page 40 (1)Real-time Grid The interface can display the voltage and current parameters of grid A, B and C in real time, as well as the power parameters of the grid. (2)Real-time PV The interface displays the PV voltage and current parameters as well as the PV power parameters in real time.
  • Page 41 (3)Real-time Battery The interface can display the voltage, current and power parameters of the battery in real time, and also observe the SOC and SOH of the battery. (4)Real-time Load This interface displays the voltage and current parameters of the AC line at the load side in real time...

  • Page 42: Report

    6.5 Report In the report interface, you can view the historical power and faults of photovoltaic, power grid, and batteries, as well as the cumulative charging/discharging data of batteries and power grid. You can view the data information you want to know by switching dates. (1)Historical Power This interface allows you to view the historical power information of photovoltaic, power grid, and battery, as well as the cumulative...

  • Page 43: Configure

    6.6 Configure Device status: shows the BESS run/closed state.  Mode setting: three modes can be choose:Spontaneous self-use,Power storage,Peaks and valleys  Grid connected SOC/Off grid SOC: The battery SOC values can be set independently in both grid  connected and off grid states. Power grid voltage/frequency: You can set the power grid voltage and frequency independently.
  • Page 44 1.Device status The buttons here can also be used to control the device's switch on/off 2.Mode settings (1)Spontaneous self-use (2)Power storage (3) Peaks and valleys Setting method: After switching the mode to peak valley mode, you need to click the time and mode: peak (valley) button based on the actual peak/valley electricity time in the local area to set the mode.
  • Page 45 3.ON-grid/Off-grid setting On-grid SOC Off-grid SOC 4.Grid voltage/frequency settings You need to set the parameters of the machine's grid voltage and frequency based on the local grid voltage and frequency. Grid voltage Grid frequency...

  • Page 46: Mine

    6.7 Mine 6.7.1 Personal Information Settings Set avatar: you can custom avatar.  Set up a nickname: you can set your nickname.  Set area: you can manually choose region.  6.7.2 Safety Center Change the password: support changing the password. ...

  • Page 47: Parameter Information

    7.Parameter information Parameterslist 12kw/15.36kWh Maximum DC power (kW) DC voltage working range (V) 614.4 Battery Capacity（kWh） 15.36 DC voltage ripple coefficient (%) Rated power (kW) Maximum output power (kW) AC access method 3P4W Rated current (A) 17.4 Maximum current (A) Rated frequency (Hz) Allowable frequency (Hz±%) 50/60(±0.2%)Hz...

  • Page 48: Fault Code List

    8. Fault Code List trouble code error message 0x0001 BusVoltLowFault 0x0002 BusVoltHighFault 0x0004 GridVoltLowFault 0x0008 GridVoltHighFault 0x0010 GridFreqHFault 0x0020 GridFreqLFault 0x0040 Reserved4 0x0080 BatCurrtHighFault 0x0100 Reserved5 0x0200 BatVoltHighFault 0x0400 BatVoltLowFault 0x0800 GridCurrOverFault 0x1000 PolarReverseFault 0x2000 LeakToEarth 0x4000 HardwareFault 0x8000 OutVoltUnbalFault trouble code error message 0x0001...
  • Page 49 0x0020 BatCellOverVoltg 0x0040 HardReserved2 0x0080 HardReserved3 0x0100 HardReserved4 0x0200 HardReserved5 0x0400 HardReserved6 0x0800 HardReserved7 0x1000 HardReserved8 0x2000 HardReserved9 0x4000 DampResTcFault...

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