Rome wasn't built in a day, and neither is anything worthwhile. Our Lithi2-16 project was initiated one year ago, it started as Lithi2-14.3 with the initial goal of creating a dream battery that would meet all users' needs with the utmost rigor. It needed to have the most reliable performance, the most convenient operation, and an appearance that could catch everyone the eye, all while showcasing our capabilities and becoming the flagship product of the RuiXu family. Prototype version 1: BMS is the brain of any LiFePO4 battery bank, we chose the BMS's overcurrent capability of 200A to meet the demand for higher power. then the process of exterior design and structural construction started, we overturned over ten design schemes, internal structural optimizations, component selections... After finalizing the structure, we began prototyping. Below is our first version video. Prototype version 2: Subsequently, we attempted to experience the product from the user's perspective and thereby discovered some issues: messy wiring, less intelligent display screen, insufficient brightness of RUiXU circle SOC indicator, and safety concerns with the handles during transportation. These issues led to the R&D team having multiple meetings to discuss  new solutions. As a result, we reorganized the wiring harness, opting for copper bars with higher reliability. the 4-inch display screen was upgraded to 5.3 inches for a clearer visual experience. Electrocoating technology was applied to the battery case. 4-inch display screen was upgraded to 5.3 inch Electrocoating technology was applied to the battery case Electrocoating, also known as electrostatic coating, e-coating, or electrophoretic deposition (EPD), is a process used to apply a protective coating to a metal substrate. It involves the deposition of a paint or resin onto a conductive surface through the use of an electric field. The electrocoating process is widely used in the production of automotive body shells. Prototype version 3: Perfluorohexane Module and Self-heating functions: based on feedback from the marketing, Perfluorohexane Module, and self-heating functions were added during the improvement process. A perfluorohexane module improves fire protection inside the battery pack for both electrical lines and cells, self-heating function can keep your battery charged in cold temperatures.  Prototype version 4: Throughout the entire process of product design and prototyping, we keep testing the highly successful 314Ah battery cells already applied in the market. According to our speculations, high-capacity battery cells will have a larger market and trend in home energy storage applications. Meanwhile, we are also very pleased with the test results of the 314Ah battery cells. Ultimately, we chose to use 314Ah battery cells that have already passed the UL9540 certification to make our final version sample. The model name was upgraded from Lithi-14.3 to Lithi-16.  3.2V314AH CELL：≥ 9500 cycles @ 80% DOD We invited technical experts from the SGS institution to inspect our product on-site to talk about the certification test CE, IEC, UL1973, UL9540, UL9540A, CEC...   Hope all the certifications can be approved next 6 months.   We are looking forward to your experience with our Lithi2-16.  FUMA WHEELS AND WALL MOUNTED FIXATION Clockwise rotation activates the wheels, allowing the battery pack to move. Counterclockwise selection exposes the legs to securely fix the entire battery pack to the ground. Secure the battery to the wall BATTERY IN PARALLEL WITH RUiXU BUSBAR     BATTERY MAINTENACE AND INSPECTION PORT For more details ,Pls check our operation manual Worldwide Distributor and Installers Wanted We are expanding our network and looking for distributors and installers to work together !If you're interested, let's schedule a meeting to talk more! Email:sales@ruixubattery.com Cell/whatsapp:8615019934220

Efficient Home Storage Installations-RUiXU 48V Server Rack Mounted Battery, best budget battery for USA market.   Home energy storage has emerged as a crucial player in the global energy market in recent years, driven by a surge in demand for energy storage solutions worldwide. People's increasing need for a stable electricity supply and the growing uncertainties caused by external factors, such as extreme weather events and weak grid coordination, have made home energy storage products an essential part of households. Home energy storage involves storing electricity for later use. The core components of a home energy storage system typically include photovoltaic panels, batteries, and storage inverters. Home energy storage series utilizes solar power generation systems and low-cost grid electricity to store excess electricity, effectively saving electricity for emergency use and reducing family electricity bills. This system ensures a continuous power supply in various scenarios, even during adverse weather conditions or accidental power outages. How to choose a stable and reliable home energy storage product for your family? RUiXU RX-LFP48100 Home Storage battery is specially designed for residential applications and can provide a stable power experience for families. According to the customer's needs and installation environment, we can solve the customer's installation needs in the residential environment by fixing a chassis, choosing different installation accessories, and freely switching to achieve different installation effects. Its design focuses on providing a stable and reliable power experience for families. With flexible and versatile installation options, including bracket rack installation & pre-assembled cabinet installation. This battery can be adapted to various installation scenarios and even support parallel expansion to meet larger power demands. The global energy storage capacity is predicted to reach 411 GW (or 1,194 GWh) by the end of 2030, a significant increase from the 27GW/56GWh available in 2021, according to BloombergNEF (BNEF). As one of the fastest-growing industries worldwide, home energy storage is rapidly gaining popularity, and RUiXU battery products stand out for their exceptional cost-effectiveness and performance. These systems enhance the stability and reliability of solar power generation, helping users save on electricity costs and ensuring a steady electricity supply. RUiXU Battery is dedicated to providing safe, stable, and user-friendly energy storage solutions worldwide. The RX-LFP48100 battery, with its high-quality performance and flexibility in installation, promises an excellent experience tailored to your specific application environment. Whether it's for residential, commercial, or industrial purposes, RUiXU Battery home energy storage products offer reliable and efficient solutions to meet your needs. Will Prowse Says How do we pack 48V server rack mounted batteries? Customer Gets Customer Says Project with different brand Inverters Solark Inverter Victron Inverter EG4 6000XP & 18kpv Inverter Sungold Inverter Magnum Inverter Supported Inverter List Canbus : Victron,SMA,Studer Innotec,Sofar,Solark,Solis,Goodwe,Deye, Growatt,SAJ,LUXPOWER,Megarevo,INVT,Sermatec,TBB, MUST,Sunsynk,Schneider RS485 : MPP,Voltronic,RCT,Alpha outback DIP SETTING INFO WITH DIFFERENT BRANDS INVERTER Our company is located in Guangdong, RUiXU has been engaged in the energy storage battery industry since 2017.  We have our own R&D team (12 engineers) to supply professional technical support. Although RUiXU entered the market later than SOK ,EG4 or other brands, we can be confident that RUiXU will not be inferior to them in terms of product quality, battery structure, and price, but only better. We are able to provide the most professional and timely services, the most competitive prices with best design products for our dealers and customers. 4 Warehouses in different countries to supply quick shipping: USA, Germany, Canada, and Australia. We are bringing high quality products to the market and looking for collaboration together. Let's make a call ! Phone:8615019934220 Feel free to reach out to us with any questions or suggestions. Your satisfaction is our top priority. Email: sales@ruixubattery.com Welcome to join our facebook group to talk more!

Customer Project: Battery: RUiXU RX-LFP48100 10PCS, 50kWh Supported Inverter Brand: Victron This is an installation project from one of our clients in the United States. The client has chosen our two most popular installation methods: bracket rack installation & Pre-assembled cabinet installation. Here a brief introduction to this installation method: Pre-Assembled Cabinet installation 1. Pre-assembled enclosed cabinet,busbar and wheels included 2. Plug & Play,easy to install. 3. 30cm battery cable included 4. 6 slot battery cabinet:5kWh-30kwh Lithium Battery Kits 5. 10 slot battery cabinet:5kWh-50kWh Lithium Battery Kits   Bracket Rack Installation: 1.Flexibility & Stackable bracket rack 2.10kWh-45kWh Lithium battery kits ,Max 9 Stacks  3.A rack can be added as needed it 4.80cm battery cable included 5.300A customized busbar

Battery: RUiXU 48V 5120Wh Server Rack Battery Hyber inverter: Luxpower（Include EG4-18KPV、Fortress FP-ENVY-12K） Connect Communication Cable  • Communication Cable Use the cat.5 standard network cable, RJ45 plug, and T568B standard cable sequence Battery setting (Inverter Protocol chosen by ADD) • Master battery • Slave battery Inverter setting   Select”0”/”2”/”6” under ‘Lithium brand’

Connect Communication Cable • Communication Cable Use a standard RJ45/ T568B color code/ CAT5e Ethernet Cable(The maximum length is not more than 10 meters) Cut off one end of the T568B standard network cable and reconnect the RJ45 plug according to the following sequence in the diagram. The newly connected RJ45 plug is connected to the inverter. The original end is connected to the battery pack BMS. • Connect Connect the master battery C-up port to the Inverter Battery setting (Inverter Protocol chosen by ADD) • Master battery • Slave battery Inverter setting • Press and hold the “Enter” key for 3 seconds to access the main menu. • Using the up and down arrows, navigate to setting program 5(Some models are program 4, refer to the Inverter manual). Press the “Enter” key to change the setting. Using the up and down arrows, select the battery type as” LI b”. Press the” Enter” key to save the setting.

Connect Communication Cable • Communication Cable Use a standard RJ45/ T568B color code/ CAT5e Ethernet Cable(The maximum length is not more than 10 meters) • Connect Connect the master battery C-up port to the BMS communication port on the inverter. . Battery setting (Inverter Protocol chosen by ADD) • Master battery • Slave battery Inverter setting Start from the main menu, click the marked buttons, and enter"batt setup" Enable “BMS Lithium Batt” and set its value to “00”. Absorption Voltage: 56.0V Equalization Voltage:  56.0V  Battery Resistance in milliOhms:    25mohms/ Number of batteries    (25mohms is the internal resistance of a single battery pack) Battery Empty Voltage: 47.0V  Battery Charge Efficiency percentage: 99.0% You can visit the sol-ark official website for more information about installing different inverters. Look for the different inverter manuals at this link https://www.sol-ark.com/wp-content/uploads/ (https://www.sol-ark.com/wp-content/uploads/) This link is provided by sol-ark for some guidance on setting up communication with lithium batteries https://www.sol-ark.com/wp-content/uploads/2021/09/Battery-Communications-Integration-Guide-V1.8.pdf (https://www.sol-ark.com/wp-content/uploads/2021/09/Battery-Communications-Integration-Guide-V1.8.pdf)

Connect Communication Cable Communication Cable Use a standard RJ45/ T568B color code/ CAT5e Ethernet Cable(The maximum length is not more than 10 meters) Connect Connect the master battery C-up port to the BMS communication port on the inverter. . Battery setting (Inverter Protocol chosen by ADD) Master battery Slave battery Inverter setting Start from the main menu, click the marked buttons, and enter"battery setup" Select "Batt Mode" to “Lithium ” and set the "Lithium" value to “00”.

Connect Communication Cable Communication Cable Use a standard RJ45/ T568B color code/ CAT5e Ethernet Cable(The maximum length is not more than 10 meters) Cut off one end of the T568B standard network cable and reconnect the RJ45 plug according to the following sequence in the diagram. The newly connected RJ45 plug is connected to CCGX. The original end is connected to the battery pack BMS. Connect Connect the master battery C-up port to the VE.Can of Victron Colour-Control-GX. Battery setting (Inverter Protocol chosen by ADD) Master battery Slave battery Inverter setting Menu>settings>services>CAN-bus Profile, select CAN-bus BMS(500 kbit/s), and Confirm and restart(Menu>settings>general>reboot?).

Connect Communication Cable Communication Cable Use a standard RJ45/ T568B color code/ CAT5e Ethernet Cable(The maximum length is not more than 10 meters) Connect Connect the master battery C-up port to the BMS communication port on the inverter. Battery setting (Inverter Protocol chosen by ADD) Master battery Slave battery Inverter setting Pressing and holding the "ENTER" button for 3 seconds, the unit will enter setting mode. Press the “UP” or “DOWN” button to select setting programs to program 05. Press the “ENTER” button to enter the battery type setting, Press the “UP” or “DOWN” button to select the battery type as “Li” and then press “ENTER” to confirm. It will switch to Program 36, and choose the communication protocol as “L52”(If the Settings are incorrect, the battery pack will not be able to connect to the inverter). Press “ENTER” to confirm and then press the “ESC” button to exit.

Connect Communication Cable Communication Cable Use a standard RJ45/ T568B color code/ CAT5e Ethernet Cable(The maximum length is not more than 10 meters) Cut off one end of the T568B standard network cable and reconnect the RJ45 plug according to the following sequence in the diagram. The newly connected RJ45 plug is connected to CCGX. The original end is connected to the battery pack BMS. Connect Connect the master battery C-up port to the Conext Gateway. Battery setting (Inverter Protocol chosen by ADD) Master battery Slave battery Inverter setting Please refer to the following document