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Summary of Contents for Dyness Tower Pro T-TP7
- Page 1 Tower Pro USER MANUAL Battery System Tower Pro T-TP7/TP11/TP15/TP19/TP23 192-576V/40Ah File version-20240712-V2-EN Information might be subject to change without notice during product improving.
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Page 3: Table Of Contents
Tower Pro ESS Unit User Manual Contents Statement of Law ......................... 1 Revision History ............................1 Safe handling of lithium batteries guide ..................2 1 Introduction ..........................4 Brief Introduction ........................... 4 Product Properties ..........................4 Product identity definition ........................5 2 Product specifications ...................... -
Page 5: Statement Of Law
Copyright of this document belongs to Dyness Digital Energy Technology Co., LTD.. No part of this documentation may be excerpted, reproduced, translated, annotated or duplicated in any form or by any means without the prior written authorization of Dyness Digital Energy Technology Co., LTD.All Rights Reserved. -
Page 6: Safe Handling Of Lithium Batteries Guide
Do not invert the positive and negative cables and ensure there is no short circuit to the external device. It is prohibited to connect the battery to AC power directly. The battery system must be properly grounded and the resistance must be less than 1Ω. © Dyness reserves the copyright of this document. - Page 7 In case of fire, only a dry powder fire extinguisher must be used, foam extinguishers are prohibited. Please do not open, repair or disassemble batteries; this is reserved for Dyness staff or authorized personnel. We do not take any responsibility caused by violation of safety operation or equipment safety standards.
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Page 8: Introduction
Tower Pro is a high-voltage battery storage system based on lithium iron phosphate batteries, and it is one of the new energy storage products developed and produced by Dyness. It can be used to support reliable power for various types of equipment and systems. Tower Pro is especially suitable for application scenes of high power, limited installation space, restricted load-bearing and long cycle life. - Page 9 Figure 1-1 Battery energy storage system nameplate label Figure 1-2 Labels with heating function (Only systems with heating function will be labeled with this label) Figure 1-3 WiFi QR code label Figure 1-4 Battery module l © Dyness reserves the copyright of this document.
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Page 10: Product Identity Definition
After the useful life of the battery, it can continue to be used after being recycled by a professional recycling organization. This battery meets European directive requirements. This battery passed the TUV certification test. © Dyness reserves the copyright of this document. -
Page 11: Product Specifications
Charge temperature range [ 0~55°C/-20~55°C (with heating function) Max discharge power [kW] 23.04 19.2 15.36 11.52 7.68 Max charge & discharge power [kW] 23.04 19.2 15.36 11.52 7.68 (when used in communication with the inverter) © Dyness reserves the copyright of this document. -
Page 12: Battery Module
Figure 2-1 Tower Pro TP11 Battery Module Figure 2-2 Battery module Table 2-2 Product parameters Module name HV9640 Cell technology Li-ion (LFP) Battery module capacity (kWh) 3,84 Battery module voltage (V/DC) Battery module capacity (Ah) © Dyness reserves the copyright of this document. - Page 13 Ambient temperature (° C) 0 to +50 IP protection class IP55 Weight (kg) 34.5 Composite connector - male Figure 2-3 HV9640 top connector Composite connector - female Figure 2-4 HV9640 bottom connector © Dyness reserves the copyright of this document.
- Page 14 Composite connector - Battery module output and communication female interface Table 2-4 Port definition Composite connector - male Composite connector - female Positive output Negative output Negative output Module negative © Dyness reserves the copyright of this document.
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Page 15: Battery Controller
Table 2-5 Connector definition Item Name Definition Parallel communication connection of multi cluster Parallel 1# systems Parallel communication connection of multi cluster Parallel 2# systems RJ45 communication port between battery system and Inverter CAN/RS485 inverter © Dyness reserves the copyright of this document. - Page 16 Power On and Power WAKE switches; short circuit protection. Figure 2-10 Power On switch Table 2-6 Port definition Definition Negative output Positive output HEAT- HEAT+ Figure 2-11 BDU front view © Dyness reserves the copyright of this document.
- Page 17 Ensure ON/OFF switch is turned on before waking up the battery. Otherwise it will affect the auto test process and cause danger. DO NOT switch off the ON/OFF switch during normal operation, only in emergencies. Otherwise it will cause the battery current to surge. © Dyness reserves the copyright of this document.
- Page 18 Figure 2-12 “Inverter CAN/RS485” port pins Table 2-8 Definition of “Inverter CAN/RS485” port pins Color Definition PIN1 Orange/White 485_B PIN2 Orange 485_A PIN3 Green/White Reserved Blue CANH PIN4 PIN5 Blue/White CANL PIN6 Green PIN7 Brown/White PIN8 Brown © Dyness reserves the copyright of this document.
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Page 19: Installation And Configuration
At this time, the heating can be powered by the inverter or the battery itself. The condition for the battery to stop power supply is SOC<20%. When the lowest temperature of the battery is above 5 ℃, the heating mode will be exited. © Dyness reserves the copyright of this document. -
Page 20: Installation Location Precautions
Flammable material or gas near the installation Snow Direct sunlight Direct rain fall accumulation Flammable wall Figure 3-2 Installation location precautions Tools The following tools are required to install the battery pack: © Dyness reserves the copyright of this document. -
Page 21: Safety Gear
If the internal packing is damaged, goods should be examined and recorded in detail. © Dyness reserves the copyright of this document. - Page 22 Cylindrical Head Inner Hexagonal screw three combination screw M5*14 Cross Recessed outer hexagon three screw combination screw M6*14 RJ45-CAN-120, CAN resistor Pin7&8 Expansion Bolt Expansion Screw o secure with the Fixing bracket wall © Dyness reserves the copyright of this document.
- Page 23 Tower Pro ESS Unit User Manual Item Specifications Quantity Image Base 587*310*186mm User Manual User Manual Warranty card Letter to customer Packing list HV9640 Battery 96V/40Ah Cylindrical Head Inner Hexagonal screw three combination screw M5*14 Packing list © Dyness reserves the copyright of this document.
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Page 24: Equipment Installation
10. Fix the expansion bolt M6 into the bottom of the hole on the wall. Use the M6 bolt to fix the hanging ear to the wall and control the torque at 6NM. © Dyness reserves the copyright of this document. - Page 25 After the HV9640 module is stacked, it must be fixed with two screws on the left and right. The modules are fixed and connected with screws. There is a special docking point at the bottom of the battery base, as shown in the figure below: Grounding © Dyness reserves the copyright of this document.
- Page 26 ● communication connection with the inverter has failed. If the green light remains on, it indicates that the battery and inverter are connected properly ● and the battery can be used normally. © Dyness reserves the copyright of this document.
- Page 27 Connect to the inverter RJ45 CAN/RS485 communication port Step 4 Connecting the Wi-Fi 1. Connection Preparation Download the Dyness Smart ESS App to get full functionality of your battery from the App Store (iOS devices) or Google Play(Android devices) . Android device IOS device ©...
- Page 28 Click "Register" button, jump back to the login interface, enter the account password to login Login 2. Steps Of Connection APP : Create Plants ⚫ Please login account and click ‘ Create Plant’. © Dyness reserves the copyright of this document.
- Page 29 “ BESS”,the APP client will automatically locate your current location (Please first set the allowed access location of Dyness Smart Ess app to always and turn on precise location). If you create a power station nearby, you do not need to change the relevant information.( Tip: Zooming in on the map will show the current location of the WiFi Stick, click...
- Page 30 The optional information can be left blank. Creation completed ⚫ After all the above steps are completed, click "Save" in the upper right corner to complete the creation of the Plant. © Dyness reserves the copyright of this document.
- Page 31 Tip: Click “Confirm” to jump directly to the distribution network interface, see “ WiFi distribution network “ below. © Dyness reserves the copyright of this document.
- Page 32 Tower Pro ESS Unit User Manual Step 4 Connecting the Wi-Fi WiFi Distribution Network WIFI distribution network, use Dyness smart ESS app to scan the QR code in the Wi-Fi ⚫ Logger label. Click on the icon in the upper right corner of the plant, select "Config Network", click on the serial number of the distribution network logger, click “Start Configuration”.
- Page 33 If the yellow light remains on, it indicates successful network distribution and communication ● is currently being connected. If the green light remains on, it indicates successful network distribution and normal ● communication between BMS and WiFi. © Dyness reserves the copyright of this document.
- Page 34 Logger as below,then you can see “Basic Information” and “Sub Devices” ,click “BMS” that you can see more detailed information about the battery, such as all cell voltage, temperature, and other data. © Dyness reserves the copyright of this document.
- Page 35 During this period, please do not close the app or turn off / restart the battery. The detailed steps are as follows: After the app prompts that the upgrade is successful, you can manually return to the main interface of the plant. © Dyness reserves the copyright of this document.
- Page 36 Host’s Parallel 2 to the second cluster’s(Slave) Parallel 1 and so on.Then connect a 120 Ω CAN resistor to the port of the host parallel 1 and the last slave parallel 2. Ensure the stability of CAN communication. © Dyness reserves the copyright of this document.
- Page 37 The Tower Pro in parallel must be of the same model and same capacity. ⚫ During capacity expansion, make sure SOC of each module is 100%. ⚫ Power on sequence of multiple clusters: Start the Slave first, then start the Host last ⚫ © Dyness reserves the copyright of this document.
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Page 38: Maintenance
Check for inverter errors and Inverter has an error. restore the inverter. BDU DC circuit breaker Switch the BDU DC breaker Battery shutdown open circuit. Battery changes into Charge the battery to leave © Dyness reserves the copyright of this document. -
Page 39: Replacement Of Main Components
Press and hold for 5s Switch the BDU DC BREAKER to OFF position. • Disconnect the connecting cable. • Remove the two screws on the BDU and remove the BDU from the system. © Dyness reserves the copyright of this document. -
Page 40: Battery Maintenance
Output relay check: [Periodical maintenance] Under low load (low current), check the output relay OFF and ON condition; listen if the relay clicks, which means that it switches off and on normally. © Dyness reserves the copyright of this document. -
Page 41: Storage
In particular, special rules for the carriage of goods on the road and the current dangerous goods law, specifically ADR (European Convention on the International Carriage of Dangerous Goods by Road), as amended, must be observed. © Dyness reserves the copyright of this document. - Page 44 Address: No.688, Liupu Road, Guoxiang Street, Wuzhong Economic Development Zone, Suzhou, Jiangsu, China Email: service@dyness-tech.com Tel: +86 400 666 0655 Web: www.dyness.com Official Website Digital version access...
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