Related Manuals for SunBeat SB5110
Summary of Contents for SunBeat SB5110
- Page 1 User Manual Home Energy Storage System Model: SunBeat series SB5110/ SB7615/ SB1220 Version No.：V1...
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Page 2: Table Of Contents
Catalogue 1 Safety Instructions........................1 1.1 Safety Precautions ....................... 1 1.2 Symbolic Interpretation ....................... 1 2 Product Introduction ........................2 2.1 Product overview ........................ 2 2.2 Structural composition ......................2 3 Product Installation ........................6 3.1 Installation Precautions ....................... 6 3.2 Equipment List ........................ - Page 3 5.3.2 LED Displays ......................... 40 5.3.3 Troubleshooting Based On LCD Displays ..............41 5.3.4 Fan replacement ......................44 6 Packaging, Shipping, Storage ....................46 Appendix A Technical Data Sheet ....................47...
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Page 4: Safety Instructions
1 Safety Instructions Before installing, using and maintaining the product, the user must read the manual carefully and operate in accordance with the safety precautions required by the contents of the manual. The safety precautions mentioned in this manual are only supplements to local safety regulations. 1.1 Safety Precautions ... -
Page 5: Product Introduction
2 Product Introduction 2.1 Product overview The SunBeat series of home energy storage system products are composed of lithium batteries and bidirectional energy storage inverters (hereinafter referred to as PCS), providing renewable energy applications and uninterruptible power supply support services. The system can be used in... - Page 6 Product Introduction Figure 2-2 Product Appearance (1) Cabinet top cover (2) LAMP button (3) Cable inlet and outlet (4) Inverter air outlet (5) LOGO (6) Door lock (7) Cabinet front door (8) Cabinet base (9) Display screen (10) Antenna (11) Cable inlet and outlet (12) Label position (13) Battery cooling port Figure 2-3 Internal composition of the product...
- Page 7 Product Introduction Figure 2-4 Appearance of the inverter (1) LCD display DC Switch (2) Handle (3) DC Switch Inverter Indicators (4) LCD display (5) Function Buttons (6) WiFi Interface Figure 2-5 Appearance of the battery box (1) Mounting holes (2) Input and output negative (3) RS485/CAN (4) CAN/Address (5) CAN/Address...
- Page 8 Product Introduction Figure 2-6 Internal view of the distribution box (1) PV terminal (2) N wire terminal (3) GEN switch (4) Grid switch (5) Bypass switch (6) Interlock device (7) Load switch...
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Page 9: Product Installation
Product Installation 3 Product Installation 3.1 Installation Precautions Before starting the installation, please follow the instructions below: Check whether the ambient temperature of the installation site is within the specified range of -20° C to +55° C (0° C to 40° C is recommended). ... -
Page 10: Installation
Product Installation M12X80 Carbon Steel Expansion bolt White Zinc Plated Metal hose M60*2 waterproof joint SB5110/ Energy storage SB7615/ battery system SB1220 Energy storage battery system General Certificate General Certificate of of Conformity Conformity Current transformer Cable User Manual English 3.3 Installation... -
Page 11: Installation Guide
Product Installation Figure 3-1 Installation schematic diagram 3.3.2 Installation guide (1) The cabinet is installed on the floor, using expansion bolts to fix the cabinet on the base, and the base bears more than 1500KG. The size of the opening of the base is shown in Figure 3-2:... - Page 12 Product Installation Figure 3-2 Dimensions of the opening of the cabinet base (2) Use an impact drill to drill holes at the opening position according to the base hole size drawing. The diameter of the hole is 15mm and the depth is about 80mm, and the expansion bolt is knocked into the hole.
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Page 13: Cable Connection
Product Installation of the expansion bolts, and replace the front and rear covers of the base to complete the fixed installation of the cabinet. Figure 3-4 Cabinet installation and placement Figure 3-5 Cabinet installation completed Cable connection 3.4.1 Install the waterproof connector Before wiring, remove the protective coil on the cabinet and replace it with the waterproof connector in the spare part. -
Page 14: Ac Input/Output
Product Installation Model Wire Size/Requirements Cable(mm 8AWG SB5110/SB7615/SB1220 Yellow-green two-color cable M6Ring terminal Connect one end of the ground wire ring terminal to the grounding point on the top of the cabinet and the other end to the common grounding point. -
Page 15: Pv Connection
The recommended wire sizes for AC input/output are as follows. Model Wire Size Cable(mm SB5110/SB7615/SB1220 6AWG Follow the steps below to complete the AC input/output cable connection: （1）Strip the insulation layer of the cable with a length of 8 mm, cover the terminal, and then use a crimping tool to crimp the cable. - Page 16 1）Open circuit Voltage (Voc) of PV modules not exceeds max. PV array open circuit voltage of inverter. 2）Open circuit Voltage (Voc) of PV modules should be higher than min. start voltage. Model SB5110/SB7615/SB1220 PV Input Voltage 360V(100V~600V) PV Array MPPT Voltage Range 120Vdc-500Vdc No.
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Page 17: Ct Connection
Product Installation 3.4.5 CT connection Figure 3-11 CT connection... -
Page 18: Operating Instructions
Operating Instructions 4 Operating Instructions 4.1 Instructions 4.1.1 System power on （1）Press the POWER button for 3S, the battery indicator lights up, and the battery is turned （2）Set the inverter DC switch to "ON". Be sure to close the photovoltaic switch before the photovoltaic power is available, otherwise the inverter may be damaged. -
Page 19: System Shutdown
Operating Instructions （4）When closing the "Load" switch, push the interlocking device towards the Bypass switch and tighten it clockwise; then push the Load switch operating handle upwards. The "Bypass" switch is only used during inverter maintenance and is not used by default. -
Page 20: Monitor System Setup
Operating Instructions （5）Press the battery POWER button for 3S, the button will pop up, and the battery indicator will turn off. （6）Turn the inverter DC switch to "OFF" and press the ON/OFF switch to complete the system shutdown. 4.2 Monitor System Setup 4.2.1 Wifi/GPRS/4G/WLAN dongle connection Users can use WiFi/ WLAN /4G /2G dongle to monitor their inverter, and view the monitoring data on computer or smart phone remotely. -
Page 21: Setup The Monitor System
Operating Instructions Available in google play or Apple APP store: Andriod APP IOS APP 4.2.2 Setup the monitor system （1）Sign up an account on the mobile phone APP or Website The "customer code" is a code we assigned to your distributor or installer. You can contact your supplier for their code. -
Page 22: Set Homewifi Password To Dongle
Operating Instructions 4.2.3 Set homewifi password to dongle （1） Connect your mobile phone to the “BAxxxxxxxx” wireless network where “BAxxxxxxxx” is the serial number of the WiFi dongle. （2）Click the "WiFi MODULE CONNECT" button on the APP. （3） Select the home WiFi that the WiFi dongle is to be connected to, enter the WiFi's password. And then click "HomeWifi Connect". -
Page 23: Operation Guide
Operating Instructions （5）Now you can disconnect your mobile phone from the “BAxxxxxxxx” wireless network. Login on the APP with your account, you'll find the inverter information already appears. Now you'll be able to monitor and control the inverter remotely on any smart phone or computer that has Internet connection. -
Page 24: Charge First Mode
Operating Instructions 4.3.2 Charge First Mode The priority order of solar power usage will be Battery >Load >Grid. During Charge Priority time period, load is first supplied with grid power. If there is excess solar power after battery charging, the excess solar power will take load together with grid power. Application Scenarios When users want to use solar power to charge battery, grid power to supply load. -
Page 25: Ac Charge Mode
Operating Instructions Example 4.3.3 AC Charge Mode Users can charge battery with grid power when electricity price is cheap, and discharge battery power to supply load or export to the grid when electricity price is high. Application Scenarios When users have a Time of Use(TOU) rate plan. Related Settings... -
Page 26: Rapid Shutdown
Operating Instructions 4.4 Rapid shutdown The inverter includes a rapid shutdown system that complies with 2017 and 2020 NEC 690.12 requirements. A rapid shut switch should be connected to the terminals x and x on the inverter, and mounted on a readily accessible place out of the property. The Rapid shut down switch should be connected to VIN and 12V. - Page 27 Operating Instructions Detailed System Information Click on the pie icon at the bottom of the screen, you'll be able to view the detailed real time solar information, battery information, grid information and EPS output information.
- Page 28 Operating Instructions...
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Page 29: Setting Parameters
Operating Instructions Fault/Alarm Information Touching the bell icon at the bottom of the screen, you'll see all current and historical fault & warning information on this page. 4.5.2 Setting Parameters Clicking on the gear icon at the bottom of the screen, you'll get into the parameter setting page of the inverter. - Page 30 Operating Instructions Standby: Is for users to set the inverter in normal statusor in standby status. In Standby status, the inverter willstop any charging or discharging operation, as well assolar-feed-in. Restart inverter:Restart the system, please note thepower maybe interrupted when restart Feed-in Grid: Is for users to set zero export function.
- Page 31 Operating Instructions Bat charge current limit(A): Users can set Max charge current. AC Charge: Setting for utility charge. If users want to use gridpower to charge battery, then they can enable “AC Charge”, set time periods when AC charging can happen, AC Chargepower(kW) to limit utility charging power, and “Stop AC ChargeSOC(%)”...
- Page 32 Operating Instructions Bat charge current limit(A): Set the Max. battery chargecurrent from Generator. Generator will start charging accordingto the Charge start Volt/SOC,and stop charging when thebattery voltage or SOC get the Charge end Volt/SOC value. Gen rated power:Inverter has the peak-shaving function,when you need you can enable it and setup the Gen peak-shaving power(W) c.
- Page 33 Operating Instructions Note:IfyouenabletheSmartloadfunction,it’sforbiddentoconnectthegeneratoratthesametime,ot herwisethedevicewillbedamaged! Grid peak-shaving & Grid peak-shaving power(kW): Is used to set the maximum power that the inverter will drawfrom its grid power. Advanced setting:Advanced setting is mainly by installer afterinstallation. SmartLoad:This function is to make the Gen input connection point as an load connection point, if you enable it, inverter will supply power to this load when the battery SOC and PV power is above a user setup value.
- Page 34 Operating Instructions Grid type: You can choose by yourself,240/120V,220/108V Battery type:No battery,lead-acidorlithium-ion. If lead-acid battery is selected, please input correct battery capacity If lithium-ion battery is selected,please choose the battery brand in the Lithium brand drop down list. The supported CT ratio is 1000:1 and 3000:1. default CT ratio is 3000:1. If 3rd party CT is to be used, please ensure its CT ratio is either 1000:1 or 3000:1, and set it accordingly.
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Page 35: Operation Mode
Operating Instructions with only solar panels connected,“PV Grid Off” can be enabled to use solar power to supply load when grid fails or load-shedding happens. Micro-grid:only needs to be set when generator is connected at the inverters grid port.With this option enabled, the inverter will use AC power to charge battery and won't export any power through grid port if AC power is present at inverter grid port. -
Page 36: Battery Status Display
Operating Instructions 4.7 Battery status display Through the LED status indicator on the battery pack, you can check the SOC and running status of the battery pack. The indicators are LED1-LED6 in order from left to right. LED5 and LED6 of the 1# battery pack display the fault summary status of the battery cabinet. , that is, when any battery pack of the system fails, the LED of the 1# battery pack will display the current fault. - Page 37 Operating Instructions The battery has 6 LED indicators, including alarm, running, and power display (4). The function description is shown in the following table: Battery LED (low to Battery status illustrate high) Shutdown All off 0%-25% capacity The power LED light (1^4) from low to high is ★...
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Page 38: Display Status
Operating Instructions Discharge high ● ● ● ● temperature protection MOS tube high ● ● ● ● temperature protection Discharge short ● ● ● ● ● circuit protection Charging MOS ● ● failure failure Discharge MOS ● ● failure fault Voltage front-end ●... - Page 39 Operating Instructions State diagram Status Description When powered on, the software version number will be displayed, including the main control software version and the display software version. While the device is charging, the "Charging" icon lights up. While the device is discharging, the "Discharging" icon lights If a fault occurs during the operation of the device, an “Error xx”...
- Page 40 Operating Instructions Check whether the ambient temperature of the product is too low. Battery low temperature Press the one-key power-on button on the power Error 04 protection distribution box, wait for the battery to shut down completely, and then press the one-key power-on button again to restart the battery.
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Page 41: Maintenance And Common Fault Handling
5 Maintenance and Common Fault Handling 5.1 routine maintenance The system is calculated from the factory and needs to be charged every 6 months. When the device is not used for a long time, it is necessary to discharge the battery to between 45% and 60% of the power, and disconnect the battery output to prevent the battery from emptying. -
Page 42: Inverter Fault Handling
be charged for a period of time before it is allowed to discharge. Battery over temperature Stand at room temperature for more than 3 hours Battery communication Communication Check whether the battery CAN abnormal disconnection communication connection is tight. Other According to the fault information A red light error message prompted, check the indicator light... -
Page 43: Led Displays
c.Check the inverter every 6 months to confirm there is nothing that covers the inverter heat sink, if there is, shut-down the inverter and clear the heat sink. 5.3.2 LED Displays Solid lit Working normally Green LED Flashing Firmware upgrading Wait till upgrading complete Yellow LED Solid lit... -
Page 44: Troubleshooting Based On Lcd Displays
5.3.3 Troubleshooting Based On LCD Displays Once there is any warning or fault occurring, users can troubleshoot according to the LED status and the warning/fault information on the LCD. 1.Fault on the LCD If the dot on the left of fault item is red, it means the fault is active. When it is grey, it means the fault is deactive Fault Meaning... - Page 45 voltage is within range, and this fault still appears, contact your supplier. Check if the wires on EPS port and grid EPS port and grid port are Eps connect fault port are connected correctly. If the error connected mixed up exists, contact your supplier.
- Page 46 Alarm Meaning Troubleshooting Check if communication cable is correct, and if Inverter fails to you have chosen the correct battery brand on failure communicate with battery inverter LCD. If all is correct but this error persists, please contact your supplier. Inverter fails to AFCI Restart inverter, if the error persists, contact your...
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Page 47: Fan Replacement
Firmware version mismatch between the mismatch microprocessors Fan stuck Cooling fan(s) are stuck 1. Check if there is ground fault on grid and load Trip by gfci Inverter detected leakage side;2.2. Restart inverter. If the fault remains, high current on AC side contact your supplier. - Page 48 c.Loosen the screws and remove them d.Remove the fan fixing...
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Page 49: Packaging, Shipping, Storage
e.Loosen the waterproof connector f.Remove the fan and replace it g.After the fan is installed, follow the steps just now to push back and assemble it back 6 Packaging, Shipping, Storage The system is packaged in a wooden box with an inner PE bag, which is moisture-proof and waterproof. -
Page 50: Appendix A Technical Data Sheet
Appendix A Technical Data Sheet Item Parameter Note System model SB5110 SB7615 SB1220 Tentative Number batteries parallel Rated Capacity 200Ah 300Ah 400Ah Rated energy 10kWh 15kWh 20kWh The maximum discharge 180A 200A 240A 25℃ current of the system Dimensions 720*1850*570mm...
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