Related Manuals for Renac Turbo H4 Series
Summary of Contents for Renac Turbo H4 Series
- Page 1 RESIDENTIAL ENERGY STORAGE BATTERY TURBO H4 Series User Manual TB-H4-5 TB-H4-15 TB-H4-25 TB-H4-10 TB-H4-20 TB-H4-30...
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Page 3: Table Of Contents
Content Content 1. About this manual ................................ 4 1.1 Applicability ................................ 4 1.2 Target group ..............................4 1.3 Symbols used ..............................4 1.4 Designation in the document ..........................4 2. Safety....................................5 General safety ............................... 5 Important safety instructions ......................... 5 Explanation of symbols .......................... - Page 4 Content Port ................................19 Grounding cable preparation ........................19 Battery power cable connection ........................20 Communication cable connection ........................ 22 Close the cover ............................23 6. LED indicator status ..............................23 7. Commissioning ................................24 7.1 Check before operation ............................. 24 7.2 Power on ................................. 24 7.3 Power off .................................
- Page 5 Copyright Declaration All rights to the content of this manual are owned by RENAC Power Technology Co., Ltd. (hereinafter called as ‘RENAC Power’). Any corporation or individual should not plagiarize, partially or fully copy it, and reproduce or distribute it in any form or means without prior written permission from RENAC Power.
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Page 6: About This Manual
About this manual 1. About this manual 1.1 Applicability Please read the product manual carefully before installation, operation or maintenance. This manual contains important safety instructions and installation instructions that must be followed during installation and maintenance of the equipment. 1.2 Target group The instructions in this document ray only be performed by qualified persons who must have the following skills: Knowledge of how batteries work and are operated. -
Page 7: Safety
2.1 General safety The Turbo H4 Series battery is for residential and works with a photovoltaic system. It is a high voltage Li-ion battery storage system, with the control module on itself. Read safety instructions carefully prior to any work and observe them at all times when working on or with Turbo H4 Series battery. -
Page 8: Explanation Of Symbols
To prevent personal injury, make sure the power battery system is grounded. Do not remove the labels on the battery system. If the battery is visibly damaged or malfunctions in a way that cannot be resolved, contact RENAC after-sales service within 48 hours. Otherwise, the battery may be permanently damaged. -
Page 9: Introduction
Introduction Symbol Explanation Do not disconnect or disassemble by untrained personnel. Do not short circuit. Do not expose the battery to open flame, heat or sparks, as there is a risk of fire or explosion. Keep the battery stacks away from children. Observe the documents Observe all documents supplied with the system. - Page 10 Introduction Figure 3-1 Battery application Turbo H4 series battery is matched to the hybrid inverters of RENAC in the table below: Model TB-H4-5 TB-H4-10 TB-H4-15 TB-H4-20 TB-H4-25 TB-H4-30 System Demo Number of Modules 1BMC+1RBS 1BMC+2RBS 1BMC+3RBS 1BMC+4RBS 1BMC+5RBS 1BMC+6RBS Matching N1-HV-3-6K √...
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Page 11: Product Dimensions
Introduction 3.2 Product dimensions Figure 3-2 Dimensions of Turbo H4 (Take TB-H4-20 for example) Name Battery Master Controller (BMC700) Rechargeable Li-ion Battery Stack (B9652-S) Base BMC view: Figure 3-3 View of BMC700 Name Lockout hasp A: Fix between BMC and RBS. CAN: Connect the “CAN”... - Page 12 Introduction Name RS485: Debug port. BAT+: Connect the “BAT+” port of BMC700 to the “BAT+” port of inverter. BAT-: Connect the “BAT-” port of BMC700 to the “BAT-” port of inverter. Grounding terminal: Connect to the earth. Lockout hasp B: Fix between BMC and RBS. Handle: For manual handling of BMC.
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Page 13: Technical Data
Introduction Base view: Figure 3-5 View of base Name Grounding terminal: Connect to the earth (Reserve). Handle: For manual handling of base. Heavy Duty Connector (Female): Connect to the bottom of RBS. Handle: For manual handling of base. Supporting foot: Base adjustment (≤5mm). 3.3 Technical data Model TB-H4-5... -
Page 14: Installation
Annex XVII of REACH Regulation [1] Nominal Energy: 100% DOD, 0.2C charge & discharge at +25℃ (test conditions). [2] Ambient temperature charging (0 ~ +53℃), discharging (-10 ~ +53℃). [3] Conditions apply: refer to RENAC Power Battery Warranty Policy. 4. Installation 4.1 Unpacking Before opening the package, please check whether the packing box is complete and whether there is any damage, soaked in water;... -
Page 15: Preparation For Installation
Installation Shape Model Quantity Communication cable (2m) Quality Certificate User Manual Quick Installation RBS packing: Shape Model Quantity B9652-S Quality Certificate 4.2 Preparation for installation 4.2.1 Installation tools Tool Model Tool Model Spirit level Marker Wire stripper Rubber hammer Crimping tool Hex key Heat gun Torque screwdriver... -
Page 16: Protective Tools
Installation Tool Model Tool Model φ6mm Heat shrink tube Grounding cable 4.2.2 Protective tools Tool Model Tool Model Dust mask Insulated shoes Goggles Safety helmet Insulated gloves 4.3 Installation environment Requirements for Installation Location A solid support surface must be available (e.g., concrete or masonry). ... -
Page 17: Space Requirement
Installation 4.4 Space requirement ≥300mm ≥11.81in ≥300mm ≥300mm ≥11.81in ≥11.81in Figure 4-2 Installation space ≤1500mm ≤59.06in Figure 4-3 Recommended installation distance between Hybrid inverter and Turbo H4 4.5 Installation steps Due to the heavy weight of the battery module, at least 2-3 people should work during manual handling and installation to avoid falling accidents or injuries. - Page 18 Installation 1. Take the BMC and base out of the box, with the BMC700 underneath the base. Figure 4-4 2. Place the base along the wall with a distance of 30-50 mm between the wall and the base, and use a spirit level to make sure that the base is parallel to the floor.
- Page 19 Installation Figure 4-7 5. Stack the RBSs one by one on the base, and stack the BMC on top of the last battery pack. Figure 4-8 6. Rotate lockout hasp A and lockout hasp B half a turn to secure. Figure 4-9 7.
- Page 20 Installation Figure 4-10 8. Drill Φ11mm holes to a depth of ≥50mm with a drilling machine. Figure 4-11 9. Insert the expansion tube, then fix the bracket B to the bracket A and screw the expansion screws. Figure 4-12...
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Page 21: Electrical Wiring Connection
Electrical wiring connection 5. Electrical wiring connection Before wiring, check that the battery system is installed correctly and ensure the DC switch of the BMC is OFF. Overview of the cable connection: Figure 5-1 5.1 Port Figure 5-2 Ports of BMC Name CAN: Connect the “CAN”... -
Page 22: Battery Power Cable Connection
Electrical wiring connection Figure 5-3 2. Open the cover on the back of the BMC before you are ready to connect the other cables. Figure 5-4 3. Connect the grounding cable to ensure that all batteries are grounded. Figure 5-5 All cable connections go through the cable protection ring on the cover. - Page 23 Electrical wiring connection Pay attention to the positive and negative terminals when connecting the power cables; the red wire corresponds to the positive terminal, and the black wire corresponds to the negative terminal; if it is connected backward, it may lead to battery damage. Connect to N1-HV-3-6K: Figure 5-6 Connect to N3-HV-5-10K:...
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Page 24: Communication Cable Connection
Electrical wiring connection 5.4 Communication cable connection Connect the CAN port of the battery to the CAN port of the inverter. Connect to N1-HV-3-6K: Figure 5-9 Connect to N3-HV-5-10K: Figure 5-10 Connect to N3 Plus 15-30K: Figure 5-11... -
Page 25: Close The Cover
LED indicator status 5.5 Close the cover After electrical connections are complete, check all the cables are correctly and securely connected, and ensure that the battery can work normally before closing the cover. Figure 5-12 6. LED indicator status Figure 6-1 Status Charging Discharging... -
Page 26: Commissioning
Commissioning Status Charging Discharging Normal status indicator Light Flash Abnormal status indicator Light Light 7. Commissioning 7.1 Check before operation Please check before operation: RBSs, BMC, and base should be fully secured. Grounding cables should be securely connected. BAT+, BAT-, and CAN cables are firmly connected to the inverter. The DC switch should be OFF, and all LEDs are off. -
Page 27: Troubleshooting And Maintenance
8. Troubleshooting and maintenance 8.1 Troubleshooting If the red fault light is on, the battery is warned. Check the cause of the alarm on the LCD of the inverter or RENAC SEC. The possible error information is shown as follows:... -
Page 28: Maintenance
Decommissioning Fault Cause Solutions BMS Check Fault Battery self-test failed. BMS AFE Fault Analog front end of battery is fault. The difference in battery cell temperature is too BMS Prot TemDiff large. The difference between the total voltage of BMS Prot AD_AFE battery AD and AFE is too large, triggering protection. -
Page 29: Packaging
Do not dispose of the battery system with your household waste. Avoid exposing the batteries to high temperatures or direct sunlight. Avoid exposing the batteries to high humidity or corrosive atmospheres. For more information, please contact RENAC. ... - Page 30 Decommissioning User Manual Download URL www.renacpower.com 422-00296-T0...
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