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APX 5.0-30.0P-S1 High Voltage Battery System User Manual...
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About this Document This document introduces the APX 5.0-30.0P-S1 Battery System (short for APX) in terms of installation, electrical connection, operation, commission, maintenance, and troubleshooting. Before installing and operating the APX system, ensure that you are familiar with product features, functions, and safety precautions provided in this document.
1 Product Overview 1.1 Intended Use The entire APX 5.0-30.0P-S1 high-voltage energy storage system is composed of a APX 98020-P1 (hereinafter referred to as Power Module) and multiple APX 5.0P-B1 battery modules (hereinafter referred to as Battery Module, the maximum number of Battery Module connected in parallel is 6).
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Port Function Turn on/off the power connection from Power DC switch Module to hybrid Inverter FUSE Provide overcurrent protection for a circuit Ground terminal, connect to the hybrid inverter Link-out APX system parallel communication output port Ground terminal, connect to the Battery Module Link-in APX system parallel communication input port The positive output from APX system to the hybrid...
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LED display Figure1- 3: LED display Function Function description Display SOC Display current SOC in a progress circle Eight light bars rotate clockwise when the Display upgrade status program is updating Display SOC Display SOC in percentage Display upgrade status When upgrading the program, "UP"...
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1.2.2 APX 5.0P-B1 (Battery Module) Battery Module consists of LFP battery cells, a DC-DC converter, mechanical parts, the battery management unit (BMU) as well as power and communication terminals. Product appearance is shown as below. Figure 1-5: Schematic diagram of the power panel Location Port Function...
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Figure 1-6: Dimensions of APX 5.0P-B1 1.3 Working Principle and Function The APX 5.0-30.0P-S1 high voltage battery system is composed of a Power Module APX 98020-P1 and multiple Battery Modules APX 5.0P-B1 connected in parallel. It contains electrochemical batteries, battery control units, power control units, battery management units, power and signal terminals, and mechanical parts.
The battery system has been designed and tested in accordance with strict rules to meet international safety certification requirements. Before installing or using the battery system, please read all safety instructions carefully and observe the rules. Growatt will not be liable for any consequence of the following circumstances: Damage during the transportation by the customer.
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2.2.2 Operation Precautions Do not touch the battery system with wet hands. Ø Do not disassemble the battery system without authorization. Ø Do not crush, drop or pierce the battery pack and the high voltage controller. Ø Dispose of the batteries according to local safety regulations. Ø...
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Name:Battery Module Model:APX 5.0P-B1 Battery Type:Li-ion Nominal Energy:5kWh Rated Energy:4.5kWh Input/Output:330-450V;7.6A;2.5kW Peak Output Current:12.5A,60s Protective Class:I Battery Interface:Isolated Ingress Protection:IP66 Weight:50kg Operation Ambient Temperature:-10°C-+50°C Shenzhen Growatt New Energy Co.,Ltd. Made in China Bao'an District, Shenzhen, Guangdong P.P. China Figure 2-1: Nameplate...
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If the battery system is soaked or submerged in water, do not touch Flood emergency the batteries to avoid electric shock. Contact Growatt or your distributor immediately for technical assistance. The shell damage requires extra attention as it is of high risk. Do not Shell damage use batteries with a damaged shell, which may cause safety hazards.
Storage and Transportation 3 3.1 Storage Requirements Place the batteries according to the signs on the packing case. Ø Do not put batteries upside down or on their side. Ø Do not store damaged batteries near undamaged ones. Ø The storage environment requirements are as follows: Ø...
4 Installation Read through the Guidance before installation to understand product Ø information and safety precautions; Only qualified and well-trained technicians who fully understand the Ø whole photovoltaic system, grid network, battery system, working principle and national/local standards are allowed to perform operations on the battery;...
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≥300mm Wall ≥300mm ≥300mm ≥300mm ≥300mm Ground Ground Figure 4-2: Floor-mounted installation Note: For floor mounted installation, a maximum of six batteries can be stacked. It's recommended that battery modules are installed in two columns if there are more than 4 of them. Do not place the battery pack upside down.
4.2 Installation Tools Prepare the following tools to install the battery system: M4-1N·m M6-2N·m Screw Driver Drill Socket Wrench Tap Measure Pencil Multimeter It is recommended to wear the personal protective equipment when operating the battery system. Safety Goggle Safety Shoes Insulated Glove 4.3 Installation Procedures 4.3.1...
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4.3.1.2 Check the components of the APX 98020-P1 INV BAT + to PCS INV BAT - IN V BAT.N to PCS to PE to Battery Module APX 98020-P1 (PM) System cable Warranty Card Operation Manual Quick installation manual Marking-off template Protective rubber ring *4 Operation Manual *1 Anti-tipping plate *2...
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4.3.1.3 Check the components of the APX 5.0P-B1 to Battery Module Parallel cable *1 APX 5.0P-B1(BM) Anti tipping plate *2 M6 expansion bolt *2 M4x9 stainless steel screw *3 Trim-cover * 2 Figure 4-6: Components of the APX 5.0P-B1 Ensure that you have the standard accessories - the Power Module Ø...
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install the wall bracket Figure 4-8: Install the mounting bracket Step 1: Install the mounting bracket. Dia 8.0mm 90° Deep45~50mm Marker Level Level the bracket using a level. Mark the hole positions for installing the bracket. Drill eight holes. Figure 4-9: Determine the hole positions for installing the bracket Step 2: Level the mounting holes using a level, and mark the hole positions for installing the bracket using a marker.
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Step 3: Fix the wall bracket on the wall and place the first battery module on the mounting bracket. Install the anti-tipping plates on both sides and tighten the two screws. Mark the hole positions for installing the first battery module. M6 expansion bolt Marking-off...
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Secure the module on both sides to the wall. Loosen two screws, move up handle on both sides. Tighten the two screws, fix the battery and the power modules. Figure 4-13: Install the power module Step 6: Install the power module, raise the battery module handles on both sides, tighten the two screws that secure the power module and battery module.
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Marker Level Install the connecting pieces on both Keep the Battery Module level. sides and tighten the two screws. Mark the hole positions for installing Install the anti-tipping plate on both sides the module. and tighten the two screws. Figure 4-15: Installing the battery support Step 1: Install connecting pieces on both sides of the battery support and tighten the two screws.
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Install the connecting pieces on both sides and tighten the two screws. Secure the module on both sides to the wall. Loosen two screw, move up handle on both sides. Tighten the two screws, fix the two battery modules. Figure 4-17: Install the battery module Step 3: Install the remaining battery modules (no more than 4 of them), raise the handles on both sides, tighten the two screws that secure the battery module.
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4.4 Electrical Connection Do not forget to wear ESD wrist strap and gloves, safety gloves and goggles. WARNING 4.4.1 Communication port definition APX 5.0-30.0P-S1 MOD 3-10KTL3-XH (BP) Terminal Terminal Silk screen Definition Silk screen Definition serial number serial number WAKE-(W-) BAT.EN-...
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4.4.2 System connection A DC switch (switch-disconnector) has been installed in the Power Ø Module. Therefore, a DC circuit breaker is not recommended to be installed between the battery system and the hybrid inverter system. If you have installed a DC circuit breaker, do not perform operations on the DC circuit breaker with power-on, otherwise the machine may be damaged.
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Fig 4-20 Note: When installing in two columns, please purchase two bases and the parallel extension cables, which include power cables, communication cables, and ground cables. 4.4.2.2 System connection diagram To PCS BAT N BAT - BAT + 2N·m 1N·m Insert Plug Insert Plug Figure 4-21: Single-column installation...
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Note: Battery moudles MUST be paralleled with B+ to B+, B- to B-.
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Note: The battery is not allowed to be installed when the machine is running. Ensure that all the lights indicating “RUN” of battery modules are off before installation. Ensure that the PE cable is securely connected. 4.4.2.3 Electrical wiring connection A.
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MOD3-10KTL3-XH (BP) Connector INV BAT + INV BAT.N INV BAT - INV BAT + INV BAT.N INV BAT - Figure 4-23: APX 98020-P1 wiring diagram...
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For a single APX battery system, the “Link-in” and “Link out” port of Ø the Power Module don't need to be connected as they are only used for cascading the APX battery systems. For the cascaded system, connect the “Link out” port of the Power Module to the “Link in” port of another Power Module.
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4.4.2.4 External Electrical Connections of the APX Step 1: Cut the cable hole according to the wiring mode. Step 2: Cover it with a protective rubber ring, and route external cables through the cable hole. APX 98020-P1 Left trim-cover APX 98020-P1 Right trim-cover Figure 4-25: Installing external cables...
Power on/off the APX Battery 5 system Personnel who install and operate the Battery System must receive Ø thorough training and possess the local national required qualifications before operation. Only qualified professionals and trained personnel are allowed to install, operate and maintain the equipment. Please stand on dry insulating objects and do not wear conductive Ø...
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START START APX 15K BAT N BAT - BAT + BAT - BAT N BAT + Module + Module - Link-out Link-out Link-in Link-in Figure 5-2 Before turning on the battery, please check if the cable is properly connected. Ø You can power on the battery system in two ways: Ø...
The APX battery system will automatically shut down in a few minutes after the LED indicator and the logo “Growatt” go off. Do not turn on the Notice switch until it is completely powered off.
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1. Turn off the DC switch on the APX, disconnect the AC circuit breaker and the PV switch of the inverter. 2. Wait for 15 minutes until the LOGO indicator (GROWATT) on the APX turns off, indicating that the system is completely powered off.
Maintenance Guide 6 6.1 Preparation After the system is powered off, the remaining electricity and heat still exist in the chassis, which may cause electric shocks or burns. Therefore, you need to wear protective gloves and perform operations 10 minutes after the system is powered off. 6.2 Replace a fuse Step 1: Power off the APX system.
The Battery Module contains batteries. Dispose of them in Ø compliance with local laws and regulations. If the LED indicators are not displayed, you can tap the enclosure Ø below the display to activate the screen. Notice 6.4 LED indicators Hibernation mode休眠模式...
6.5 Troubleshooting Indicator Description Cause Measures 1.There is no safety risk. 2.Ensure that the inverter is powered on. Communication To PCS 3.Check if the PCS and battery loss between Communication communication terminals are well PCS and the APX failure connected. battery system 4.If the problem persists , users should contact the installer to...
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Indicator Description Cause Measures The power Check whether the power cable cable is Power cable between the Power Module and disconnected to disconnected the Battery Module is securely the Power connected. Module The external 1.Check whether the External communication communication cable is securely communication cable is not connected.
PM Fault Code List Error Code Description Suggested measures Restart the machine. If the problem FAULT 404(0) BUS2 Volt Low persists, please contact Growatt support. Restart the machine. If the problem FAULT 406(0) BUS2 Transient Overvoltage persists, please contact Growatt support.
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Error Code Description Suggested measures Mismatched communication FAULT 417(0) Please contact Growatt support. protocol version Mismatched MODEL of FAULT 417(1) Please contact Growatt support. software/hardware Inconsistent FAULT 419(5) Please contact Growatt support. hardware/software version Check communication cables. If the CAN parallel connection...
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Error Code Description Suggested measures WARN 410(1) Oscillation abnormal Please contact Growatt support. USB communication WARN 410(2) Please contact Growatt support. abnormal Restart the machine. If the problem Parallel communication WARN 411(6) persists, please contact Growatt failed support. WARN 417(2) Version mismatched Please contact Growatt support.
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BM Fault Code List Error Code Description Suggested measures Restart the machine. If the problem FAULT 408(0) Over-Temp persists, please contact Growatt support. Restart the machine. If the problem FAULT 409(2) BUS Transient Overvoltage persists, please contact Growatt support. Restart the machine. If the problem...
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Growatt support. Restart the machine. If the problem FAULT 501(0) Lithium battery fault persists, please contact Growatt support. Restart the machine. If the problem FAULT 502(0) BAT Volt Low persists, please contact Growatt support.
Error Code Description Suggested measures WARN 701(0) BAT not discharging alarm Please contact Growatt support. WARN 702(0) Forced charge is required Please contact Growatt support. WARN 703(0) BAT is fully charged No operation is required. BUS Volt High. Charging is WARN 704(0) Please contact Growatt support.
Technical Specifications 7 7.1 APX 98020-P1 (Power Module) Items Specifications Model APX 98020-P1 B+/B- voltage range 330V-450V BAT+/BAT- voltage range 600V-980V Maximum current Peak current Temperature range -10~50℃ IP rating IP66 Warranty ≥10 years Communication method CAN2.0 Dimensions (W/D/H) 690*185*295 mm ±2mm Weight 16±1kg IEC62040/IEC62477/IEC62619/CE...
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Rated capacity of the measured module: 100 Ah N (Number of modules connected in Parallel): 1~6 Rated capacity (Ah) = 100 Ah *N Shenzhen Growatt New Energy Co., Ltd 4-13/F, Building A, Sino-German (Europe) Industrial Park, Hangcheng Ave, Bao’an District, Shenzhen, China +86 755 2747 1942 service@ginverter.com...
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Growatt New Energy Download Manual Shenzhen Growatt New Energy Co., Ltd 4-13/F, Building A, Sino-German (Europe) Industrial Park, Hangcheng Ave, Bao’an District, Shenzhen, China +86 755 2747 1942 service@ginverter.com www.ginverter.com GR-UM-356-A-00...
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