Donnergy DOA01-5K XFM5K-EU User Manual

Integrated optical storagesystem

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Integrated Optical Storage System

User Manual

Model: DOA01-5K_XFM5K-EU

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Summary of Contents for Donnergy DOA01-5K XFM5K-EU

Page 1 Integrated Optical Storage System User Manual Model: DOA01-5K_XFM5K-EU...
Page 2: Table Of Contents
Content Chapter 1 Notes on this Manual ..................1 1.1 Clarification ......................1 1.2 Additional Information .................... 1 1.3 Storage of Instructions ..................1 1.4 Explanation of symbols ..................1 1.5 Warning symbols ....................1 Chapter 2 Security and Compliance ...................2 2.1 Safety Instructions ....................
Page 3: Chapter 1 Description Of This Manual
Chapter 1 Description of this Manual 1.1 Clarification The assembly, installation, commissioning and maintenance of integrated energy storage systems . It does not cover any details of peripheral equipment and accessories (such as photovoltaic modules) connected to this product . For more information on this device, refer to the corresponding manufacturer's manual.
Page 4: Chapter 2 Security And Compliance
Hazardous voltage warning! This product works under high voltage . All operations on this product must be performed in accordance with the document instructions and by qualified professionals . Be careful with the heat ! This product may become hot during operation . Do not touch this product during operation .
Page 5: Dc And Ac Circuit Breakers
Photovoltaic panels and grounding equipment Follow local requirements for grounding PV panels and generators. We recommend connecting the generator frame and other conductive surfaces in a way that ensures continuous conduction to ground to provide the best protection for the system and personnel.
Page 6: Device Information
3.2 Device Information The device is unidirectional and suitable for photovoltaic systems with battery storage. The energy generated by the photovoltaic system is used for load consumption first, and the excess energy is used to charge the battery. When the photovoltaic output is not enough to support the connected load, the system automatically obtains energy from the battery (if the battery is sufficient).
Page 7: Unpacking And Inspection
3.4 Shipping List After receiving the product, please check the packaging first. If the packaging is damaged or the machine is damaged after unpacking, please keep the original packaging and contact the dealer immediately. If you need to transport the machine, it is recommended to use the original packaging! Product accessories MC4 ×2 groups...
Page 8: Equipment Installation Status Check
Basic installation requirements This section of the guide is intended to assist the installer in selecting a suitable mounting location to avoid machine damage or operator injury. This product must not be installed where it comes in direct contact with water . ...
Page 9 Ensure that all wiring is properly selected and constructed to comply with wiring regulations . 3.7.1 Load connection The integrated energy storage system can provide a maximum output power of 5kW. The maximum output power of the load is 5kW . If the load continues to be greater than 5kW , the energy storage device will stop outputting .
Page 10 voltage drop and improve system performance. 3.7.3 Solar Panel Connection There is a risk of electric shock and fire , the maximum input voltage per string is 500 V DC. Transformer-less design, no grounding for either positive or negative terminals. After installing the PV connection cable using the matching MC4 connector, insert the positive pole (+) of the MC4 connector into the positive pole (+) of the PV input connector, and insert the positive pole (-) of the MC4 connector into the negative pole...
Page 11: Chapter 4 Inverter Function Introduction
Danger ! 1. Before connecting the AC input and output, the circuit breaker must be disconnected to avoid the risk of electric shock. It is forbidden to operate with power on. 2. Please check whether the wire used meets the requirements. Wire that is too thin or of poor quality may cause serious safety hazards.
Page 12 4.2.1 Four-button function button Functional specifications Function setting: Press ENTER key on the display page to After more than 2 seconds, enter the function setting page. Enter the settings interface and press the UP or Function Setting/Identification Key DOWN key to turn the page. Scroll up and down to select the interface you want to set.
Page 13: Daily Power Supply
Flash Equipment is being upgraded Yellow Light Always on Device alarm occurs The device is powered off or in sleep Not bright mode 4.2.3 Function Buttons button describe Exit the current interface Page up DOWN Scroll down Press and hold the Enter key for more than 2 seconds, then release it to enter the ENTER function settings page.
Page 14: Parameter Query Operation
(1) In non-functional mode, this area displays inverter information. In normal mode, it displays output information. Using the query key (UP or DOWN key) can display relevant information such as input voltage, output voltage, input frequency, output frequency, battery voltage, current, PV voltage, PV current, PV voltage, power, output power, output voltage, output apparent power, output voltage, load percentage, output voltage, software version, etc.
Page 15 inverter is in alarm state. You can find the cause of the alarm based on the alarm information or contact the supplier. 4.3.5 Operation in Fault Mode If the inverter buzzer keeps sounding and the LED fault indicator keeps on, it means that the inverter is working in fault mode.
Page 16 Page 4: Displays PV information, including PV voltage and PV charging current, as shown in the figure 1-6 Page 5: Displays PV information, including PV voltage and PV charging power, as shown in the figure 1-7 Display page 6: Display output information, including output voltage and active power, as shown in the figure 1-8 Display page 7: Displays output information, including output voltage and output...
Page 17 comprehensive power, as shown in Figure 1-9 Display page 8: Display output information, voltage and load percentage, as shown in the figure 1-10 Display page 9: Display the inverter software version, as shown in the figure 1-11 Display page 10: Display the MPPT software version, as shown in Figure 1-12 Display page 11: Displays photovoltaic power generation, as shown in Figure 1-13...
Page 18 Display page 12: Network status of lithium battery pack; when SIG is constant, the battery pack is operating as a single group; when PAR is constant, the battery pack is operating in parallel; when PAR flashes, the battery pack is operating in parallel. Display page 13: Lithium battery voltage and current information;...
Page 19 Display page 15: Lithium battery capacity; the upper left corner shows the rated capacity, and the upper right corner shows the current capacity. The upper left and upper right corners show the flashing ERR when BMS communication fails. Display page 16: Lithium battery constant voltage point; the upper left corner displays the fixed letters CV, and the upper right corner displays the BMS constant voltage charging point.
Page 20: Function Setting Operation
4.5 Function Setting Operation Function setting operation of the inverter: Enter the export function setting page, the operation details are as follows: (3) Press and hold the function setting key ENTER for more than two seconds to enter the function setting page, press and hold the query key UP or DOWN for 0.1 to 2 seconds to select a function, and after turning to the desired function setting page, the corresponding function flashes.
Page 21 (3) Press and hold the ENTER key for 0.1 to 2 seconds to enter the output voltage OPU setting page. At this time, the OPU word is always on and the OPU value flashes on the right side of the OPU word. Press and hold the query key UP or DOWN key for 0.1 to 2 seconds to select different output voltage values.
Page 22 Function description: Set the inverter output priority. Setting conditions: All states can be set and the settings take effect immediately. notes: There are three options for inverter output priority. The default output priority is GRD: prioritizes mains 31 grid output; the second is PU (PV): prioritizes photovoltaic output; the third is PBG: photovoltaic >...
Page 23 Function description: Set the charging priority of the inverter. Setting conditions: All states can be set, and the settings take effect immediately. describe: There are four charging priorities. The default priority is PNG (PV and Grid): PV charging and Grid charging are carried out simultaneously; the second is OPV (Only PV): PV charging only;...
Page 24 Function description: Set the maximum charging current of the inverter. Setting conditions: All states can be set . describe: MCC: Maximum charging current, refers to the maximum value of photovoltaic and grid charging current, optional ( 2-80A ) . 4.5.2.7 Menu Default (MDF) Function description: Return to the main interface .
Page 25 Function description: Set overload restart. Setting conditions: All states can be set describe:The default setting for overload restart is ON . 4.5.2.9 Overtemperature Restart (TrS) Function description: System overheating restart. Setting conditions: All states can be set . describe:The default setting of over temperature protection is ON . 4.5.2.10 Main Input Power Failure (MIP) Function description: Set grid or photovoltaic constant voltage alarm loss.
Page 26 Function description: Set whether to enable the inverter low power consumption mode (energy saving mode). Setting conditions: All states can be set. describe: PWS: Power saving The default setting is OFF, which turns off this function. In battery mode, if this parameter is set to ON, if the load is lower than 25W, the system output will temporarily stop;...
Page 27 Function description: Set whether the buzzer sounds . Setting conditions: All states can be set . describe: MUE: Mute The default value is OFF, which means the mute function is turned off. When this parameter is set to ON , the buzzer will not sound in any state, such as alarm, fault, etc. It can be set in any mode and functions normally, but no image can be displayed.
Page 28 Function description: After the battery voltage is low and the device is shut down, a certain battery voltage value must be reached before the battery mode can be restarted . Setting conditions: All states can be set. describe: BTB: Back to Battery The default value is 5.2V When set to FUL, the battery will charge until fully charged before restarting in battery mode.
Page 29 describe: BAT:Battery type There are four battery types: the default is AGM (lead-acid battery); the second is FLD (flooded battery); the third is LIB (lithium battery); the fourth is CUS (customer set type ) 4.5.2.17 Battery Low Voltage Point (bAL) Function description: Set low alarm point of view.
Page 30 bAU: Low battery This parameter cannot be set when the battery definition mode is AGM (lead-acid battery type) or FLD (flooded battery type). The default value is 42V When the battery type is set to CUS (customer set type), the battery cut-off point can be modified The value range is [40,48] When the battery type is set to LIB (lithium battery type), the battery shutdown point can...
Page 31 Function description: Float charge voltage point setting. Setting conditions: All states can be set. describe: bFL: Battery Float This parameter cannot be set when the battery definition is AGM (lead-acid battery type) or FLD (flooded battery type ). The default value is 54V The battery type is set to CUS (Customer Set Type) to modify the floating battery charge point.
Page 32 Function description: Set the low voltage protection point of the power grid . Setting conditions: The inverter is in APP or UPS mode. All states can be set. describe: LLV: Line Low Voltage Output mode: MOD needs to be set to APP, the default value of the low voltage point of the power grid is 154V, and the setting range is [90,154].
Page 33 become 11V*battery number after the continuous discharge time exceeds 8 hours. When the battery is discharged to 11V*battery number, the system alarms and shuts down after 1 minute . When the battery voltage exceeds 13.2V x the number of batteries for more than 30 seconds, the battery discharge time is reset.
Page 34 can be set in both power grid and standby mode and takes effect immediately. It cannot be set in battery mode and no picture is displayed . 4.5.2.26 Setting Parallel Mode (PAM) Function description: Set the parallel working mode Setting conditions: This model cannot be set 4.5.2.27 Battery Missing (SBA) Function description: Set the parallel working mode Setting conditions: This model cannot be set...
Page 35 4.5.2.29 Setting the Equalization Voltage Point (EQV) Function description: Equalization voltage point setting function. Setting conditions: All states can be set. describe: bCV: Balance voltage All modes can be set. The default value is 58.4V and the value range is [48,60]. 4.5.2.30 Setting the equalization charging time (EQT) Function description: Balance charging time setting.
Page 36 Function description: Balance delay charging time setting. Setting conditions: All states can be set . describe: EQT: Equalization Timeout In the balancing stage, when the battery balancing time is reached and the battery voltage has not risen to the balancing voltage point, the charging controller extends the battery balancing time until the battery voltage reaches a balanced state;...
Page 37 4.5.2.33 Immediately activate the balance setting (EQN) Function: Set whether to enable the inverter's balancing mode immediately. Setting conditions: All states are acceptable put. describe: EQN: Equilibrium Now The default setting is OFF, which turns off this function. When it is set to ON, in the balancing mode, when it is detected that the battery is in the floating charge stage, the balancing charge is started immediately and the controller begins to enter the balancing stage .
Page 38 Function description: After the inverter is turned on, the inverter secondary circuit output is turned on by default. After entering the battery mode, when the battery voltage is lower than the shutdown point, the secondary output is turned off. When the battery voltage is higher than the set value +1V/cell again, the secondary output is turned on.
Page 39 Function description: Set whether the inverter communicates with the lithium battery BMS. Setting conditions: All states are available put. describe: Battery Management System The default setting is OFF, which means this function is not enabled. When it is set to ON, the inverter communicates with the lithium battery BMS through the central control board to receive battery information.
Page 40 After turning on this function, the inverter will no longer determine the operating logic based on the SOC information. If a communication abnormality occurs, the relevant alarm will be cleared. *This function needs to be used with the central control panel. * The page is blocked when the central control panel is not connected Has been visited.
Page 41: Fault And Alarm Description
describe: STG: Switches to grid mode when the battery SOC is low . The default value is 50, and the setting range is [10,90]. When PBG priority is set and the grid power is normal, when the lithium battery SOC reaches the set value, the inverter will switch to grid mode.
Page 42 Switch to Busbar Busbar is higher than failure Unrecoverable Fault overvoltage the set value mode Switch to Busbar is lower than the Bus undervoltage failure Unrecoverable Fault set value mode If the instantaneous Switch to value of battery current Battery failure exceeds 580A, Unrecoverable...
Page 43 failure identified by the mode software does not match the hardware detection Switch to No bootloader failure No bootloader Unrecoverable Fault mode Switch to PV program Burning PV control failure Restore after burning Fault burning program mode In parallel mode, Switch to Same serial multiple machines with...
Page 44 charging Warning: low Recoverable (10V/cell Battery voltage low Low battery battery voltage + 0.2* N 10.5V/cell Alerts shutdown shuts down or (Number of battery (default) fails to start cells) Recoverable (Action Battery low Depends on bAL Alerts Points + Alerts voltage setting 0.2V/cell)
Page 45: Specifications
Incompatible fault mode has incompatible machine versions in the version numbers parallel system are compatible with each other In the parallel system, the system recovers Parallel The slave device after detecting the Alarm, switch to communication cannot be detected in slave machine Alerts fault mode...
Page 46 1 minute @102%~110% load 10 seconds @ 110%~130% load Overload capability (battery mode) 3 seconds @ 130%~150% load 0.2 seconds @>150% load Operating temperature -10 to 55°C Storage temperature -20 to 60°C Battery parameters Battery Type LiFePO4 Lithium Iron Phosphate capacity 100 Ah Nominal voltage...
Page 47 APL mode @ 154Vac (default), adjustable range is 90-154Vac; AC low voltage recovery value UPS mode @ 185Vac (default), adjustable range is 170-200Vac AC high voltage disconnect point AC low voltage disconnect point +9V APL mode @264Vac (default), adjustable within 264-280Vac AC high voltage recovery value range;...
Page 48  If the battery is fully discharged, it will need to be recharged within 12 hours.  Do not connect batteries directly to photovoltaic solar .  Do not insert any foreign objects into any part of the battery. Always disconnect the grid power supply and ensure the battery is in off mode before ...