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Table of Contents
Related Manuals for Growatt Future-H Series
Summary of Contents for Growatt Future-H Series
- Page 1 Future-H Series Energy Storage System User Manual(For Battery) 044.SK0013000 V1.0...
- Page 2 This document describes the installation, electrical connection, operation, commission, maintenance and troubleshooting of Future-H Series System for battery (hereafter referred to as ABM 5.5L-A1-H). Before installing and operating ABM 5.5L-A1-H, ensure that you are familiar with product features, functions, and safety precautions provided in this document.
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Page 3: Table Of Contents
4.3 Check ............................. 11 4.3.1 Pre-installation Check ....................... 11 4.4.1 Battery Replacement .........................13 4.4.2 Electrical Connection （Please refer to the Future-H Series user manual） ....13 4.4.3 inverter Communication interface definition ............... 13 5 Power on and off the Battery ......................... 14 5.1 Power On ............................14... -
Page 4: Product Overview
1 Product Overview Product Description Each ABM 5.5L-A1-H consists of 106Ah cells which form 51.2V voltage battery module and 16 serial connection (1P16S). A Single cluster can connect up to 6 batteries in parallel to reach 30KWh. In order to meet the needs of customers' household power supply, it is combined with the SIM 6000 ES Plus-H Inverter into a household photovoltaic energy storage system, with protection functions such as overcharge, overdischarge, overcurrent, overtemperature and short circuit. -
Page 5: Introduction To The Battery Operation Panel
1.2.2 Introduction to the battery operation panel Figure 2: Introduction to the battery operation panel Location Port Function Terminal connect to ground LINK-In Link-in for multi-cluster in parallel communication LINK-Out Link-out for multi-cluster in parallel communication inverter CAN communication Relay output/input DO/DI (Output is for emergency alarm information, Input is for clustering and distinguishing) - Page 6 Battery address setting method, as described in the table: Table 1 address Battery1 Battery2 Battery3 Battery4 Battery5 Battery6 Battery7 Battery8 Battery9 Battery10 Battery11 Battery12 Note:If use Future-H Series system,the Battery1 is the top one, as the picture below.
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Page 7: Function Introduction
Inverter Communication Support max 12pcs of batteries in parallel, but max 6pcs of batteries for Battery Parallel Future-H Series solar system. SOC Count Dynamic SOC Estimation for Battery Packs Evaluation of Maximum Battery Output or Maximum Input Capacity at SOP Count the Next Moment Based on Different Temperatures, Voltages and SOC . -
Page 8: Through Inverter Remote Upgrade
1.4.2 Through inverter remote upgrade Through our inverter, connect to WiFi for remote upgrade; The LED light that displays the SOC continuously flashes at 500ms during the upgrade process; The host will upgrade the slave machine in turn after the upgrade is completed; ... -
Page 9: Safety Precautions
2.2 Safety Precautions 2.2. 1 Environment requirements Do not expose the battery to temperature above 55℃or heat sources. Do not install or use the battery in wet locations, moisture , corrosive gases or liquids, such as bathroom. Do not expose the battery to direct sunlight for extended periods of time. ... - Page 10 Explosive gas May leak corrosive electrolyte Heavy enough to cause severe injury Keep the Pack away from children Make sure the battery polarity well connected Do not expose to fire Operate as the Manual Figure 4 : Nameplate...
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Page 11: Emergency Responses
If BATTERY is flooded or submerged, do not access it. Contact Wet Packs Growatt or distributor for technical assistance immediately. Damaged batteries are dangerous and must be handled with special attention. Damaged They are no longer suitable for use and may cause danger to people. If the... -
Page 12: Storage And Transportation
3 Storage and Transportation 3.1 Storage Requirements Place the BATTERY follow the identification on the packing case during storage. Do not put the BATTERY upside down or sidelong. The defective PACK needs to be separated from other batteries. ... -
Page 13: Installation
4 Installation Ensure to read the Guidance before installation in order to understand product information and safety cautions; Operators should be well trained technicians and fully understand the whole photovoltaic system, grid network, working principle and national regional standards; Installers must use insulating tools and wear safety equipment;... -
Page 14: Check
Tap Measure Multi-meter It is recommended to wear the following safety gear when dealing with the BATTERY. Insulated Glove Safety Goggle Safety Shoes 4.3 Check 4.3.1 Pre-installation Check Check the BATTERY package before open it. If any abnormality is Check the package detected, do not open the Package and contact your distributor. - Page 15 4.3.2 Check Packing List ABM 5.5L-A1-H Battery Pack Quantity schematic drawing Item No Product Name 1 pc ABM 5.5L-A1-H Battery Pack 1 pc User Manuals 2 pcs copper connector Communication cable 1 pc Shorting Cap 1 pc...
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Page 16: Battery Replacement
The batteries must be installed on ABM Battery Base , and up to 6 batteries can be stacked horizontally. Make sure the batteries are installed in the correct orientation. Please refer to the diagram below. 4.4.2 Electrical Connection （Please refer to the Future-H Series user manual） 4.4.3 inverter Communication interface definition Item Crystal head picture Serial no. -
Page 17: Power On And Off The Battery
5 Power on and off the Battery The installation and use of batteries involve much specialized knowledge. Therefore, technicians should be given appropriate technical training and obtain operational certificates in compliance with local laws and regulations. Please ensure technicians have obtained training certificate before operation. -
Page 18: Maintenance Guide
6 Maintenance Guide System Failure Information List and Troubleshooting Suggestions Error Indication Error description Error cause Suggested actions Single cell voltage Discharge under below the threshold for There is over discharge risk. User should voltage protection under-voltage stop discharging and arrange recharge protection. -
Page 19: Technical Specifications
7 Technical Specifications Functional parameters of ABM 5.5L-A1-H Energy Storage System are as shown below: Items Specification Battery Module ABM 5.5L-A1-H 106 Nominal Voltage 51.2V Rated Capacity/Energy 106Ah/5.5kWh Operating Voltage 40 – 58.4V Max. charging current(25℃) 100A Max. discharging current(25℃) 100A Peak discharge current 250A 150ms... - Page 20 Appendix 1 LED indicator SOC indicator Status Items LED1 LED2 LED3 LED4 LED5 (t=500ms) (t=500ms) (t=500ms) (t=500ms) (t=500ms) 1%-19% (t=500ms) (t=500ms) (t=500ms) (t=500ms) 20%- Charge (t=500ms) (t=500ms) (t=500ms) 40%- (t=500ms) (t=500ms) 60%- (t=500ms) 80%- 100% 100%- 79%- 59%- Discharge 39%- 19%-1% (t=500ms) 100%-...
- Page 21 Total voltage over voltage (t=1s) Cell under voltage alarm (t=1s) Cell over voltage alarm (t=1s) Alarm before power off (t=1s) Charge over current (t=1s) Discharge over current (t=1s) grade 1 Interior CAN (t=1s) communication failure Large voltage difference (t=1s) between internal and external Low charging temperature (t=1s)
- Page 22 low discharging temperature High charging temperature High discharging temperature Charging over power Discharging over power Same address failure Precharge timeout Precharge short circuit AFE disconnected Cell dropout Temperature dropout Abnormal battery voltage sampling Temperature short circuit Abnormal load voltage sampling Failed to load parameters AFE over voltage AFE under voltage...
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