Chapter 1 Safety Precautions The User Manual describes system configuration and detailed procedures for installation, operation and maintenance of TSOL-B100E-S Series Inverter Battery. However, this manual does not include any information about inverters that the battery may be applied to. Please read the User Manual before using this product.
1.2 Explanations of Symbols Symbol Description Dangerous electrical voltage The device is directly connected to public grid, thus all work to the battery shall only be carried out by qualified personnel. No open flames Do not place or install near flammable or explosive materials. Danger of hot surface The components inside the device will release a lot of heat during operation.
1.3 Emergency situation Despite of its careful and professional protection design against any hazard results, damage of the battery may still occur. If a small amount of battery electrolyte is released due to a serious damage of the outer casing; or if the battery explodes due to not being treated timely after a fire breaks out nearby, and leaks out poisonous gases such as carbon monoxide, carbon dioxide and etc., the following actions are recommended:...
Chapter 2 Product Introduction 2.1 Application Scope of Products The battery is applied to domestic photovoltaic storage system. The battery is built eternally with a battery management system (BMS), which is used to ensure efficiency of the battery and to avoid phenomena of overcharge or over-discharge. The battery employs modular design for easy installation and wiring, and can be used by up to 3 parallel devices.
2.3 Datasheet TSOL-B100E-S Type TSOL-B100E-S Electrical Characteristics Total Energy Capacity[Wh] 5120 Usable Capacity [Wh] 4600 Rated Voltage [V] 51.2 Voltage range [V] 42~58.4 ≤90% Depth Of Discharge[DOD] ≥4000 Cycle Life Max.Charge Current [A] Max.Discharge Current [A] Physical Parameters Battery Type...
3.2 Installation Position 3.2.1 The battery size shown as follows Figure 3.1 TSOL-B100E-S External view and dimension 3.2.2 Installation Position This device is cooled by natural convention and suggests an indoor installation or an installation under a sheltered place to prevent the battery from exposure to direct sun, rain and snow erosion.
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3.2.3 Mounting Method A vertical mounting is recommended and the battery accepts backwards by Max.15°. Never mount the battery horizontally or upside down. √ √ × × × Figure 3.3 Mounting method Please make sure the battery pack is at all times exposed to the ambient air. Poor air circulation will affect the performance of internal electronic components and shorten the service life of inverter.
The battery uses free-standing installation and its position is determined by the drilled holes of bracket,Unit: mm. Figure 3.5 Bracket for TSOL-B100E-S (Slave machine) Make sure that the wall is capable of mounting screws and of supporting the weight of the battery pack before installation. Mark the location of bracket's holes on the wall and drill the holes.
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TSOL-ACU3.0K is a master machine while TSOL-B100E-S is a slave machine. To ensure the installation of the device, the distance between master and slave machine, slave and slave machine shall at least meet the following requirements: Figure 3.7 distance between brackets...
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Fix the brackets in the marked position with hex screws。 Figure 3.8 mounting the brackets During installation of the device, please install the slave machines first then the master machines, in order to avoid a failure of installation due to a lack of space between the master machine and the salve machines.
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Figure 3.9 Installation of the master and slave machines One master machine can be matched with up to three more batteries. During the installation of the project, it is necessary to consider whether space shall be reserved to add new battery packs in the future. The expansion diagram is as follows.
4.2 Slave connection Make sure that the circuit breaker is off, remove the right wiring cover screw and pull out the BMS switch cable then place the cover aside. Figure 4.2 removing wiring cover Remove the flange nut head counterclockwise, and remove it when there is a hole plug, as shown in the figure below.
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Only 3 cables are required (BAT+-BAT, BAT--BAT-, LINK-LINK) to connect a slave. Be careful when connect. Do not reverse the positive and negative terminals. Figure 4.4 Connection diagram - 16 -...
4.3 Communication interface Take out the Ethernet cable fromthe battery packaging. Note: First pass the cable through the waterproof jacket and then crimp the RJ45 plug. Figure 4.5 Interface definition Code Name blank blank blank blank blank blank RS485A RS485B Chart 4.2 interface pin description Attention •...
4.4 Install the right cover Use the M4 screw originally removed to lock the cover plate. Torque is recommended 14kgf.cm. Figure 4.6 Install the right cover - 18 -...
Chapter 5 Debugging Instructions System commissioning After the wiring is completed, please refer to the ACU series manual for system operation. Note: Turn on the battery switch and BMS switch when using the battery. Chapter 6 Battery maintenance 6.1 Transportation Lithium batteries are dangerous goods.
TSUNESS, but it must be recycled to the special waste lithium battery recycling station in the area. Chapter 7 Contact Us TSUNESS Co., Ltd. www.tsun-ess.com Building E1, No 555, Chuangye Road, Dayun, Jiashan, Jiaxing, Zhejiang, China - 20 -...
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