10.24kWh 51.2V 100ah All in One Inverter and Lithium Battery Cabinet

The Lifepo4 battery power bank is Lithium iron phosphate battery module which designed for backup power application. This battery module integrated with intelligent BMS inside, has big advantages on safety, cycle life, energy density, temperature range and environmental protection. Model:   51.2V 100AH or 48V100AH Rated Voltage (V):   51.2V/48V Rated Capacity (Ah):   100Ah Supply Ability:   5000 per Month MOQ:  1pc Certificate:   CE, IEC62619, UN38.3, MSDS,ISO9001

E-BOX-48100R, the new generation LFP battery for home energy storage system. It provides safe,well-designed and high-performance standard LFP battery pack for you. The battery pack is compact, easy to install, free of maintenance and used as the building block of energy storage system by assembling in parallel. It is widely applied in home applications, small commercial and industrial energy storage system as well as Telecom stations.

Features: The battery module consists of single LFP cells, wire, BMS and container. ●Packed with high performance LFP single cell, long life, safety and wide temperature range ●High energy density, small size, light weight, no pollution ●Packing with single cell container, fire retardant wire and laser welding, stable and safe ●Built-in BMS, with battery voltage, current, temperature and health management ●LED indicate the battery SOC and operating status ● LCD Screen display the battery voltage, current, temp.,SOC detail information ●Support communicate with solar inverter bu CAN or RS485 ●Update software by RS485 port ●Flexible customization of dimensions ●More than 15 years design life ●Stable performance, maintenance-free Dimension Specification Item Specification Conditions Nominal Voltage 51.2V  25℃,0.2C Capacity 200Ah Module weight 80.0kg ±1kg Dimensions(W*D*H), mm 442*600*230 ±2mm Operating parameters Charging Voltage 56.0+/-0.8V   End-off Voltage 44.8V   Charging current Max constant charge: 100A Recommended 30A Discharging current Max constant discharge: 100A   Temperature Charge range 0℃~50℃   Discharge range -20℃~55℃   Storage range -20℃~55℃   BMS Built-in BMS Voltage, current, temperature management & cell balance RS485,CAN communication Service life Design life >15years 25℃ Cycle life >6000 times, 0.5C, 80%DOD   Performance curve

1. Intelligent management system and multiple working modes, meeting different customer needs 2. Allowing you to set the priority of grid connection, battery type and other inverter information on the LCD screen. 3. Dual MPPT, high current input, compatible with large solar cell module of 210mm, flexible configuration, 4. All-in-one design, providing backup power and peak-shaving function. 5. With a battery safety management system, supporting the remote upgrade of BMS system.

The solar power inverter is highly integrated with the digital technology, which can improve the MTBF and reliability of the system, the whole systems are controlled by an independent high-speed DSP chips which can ensure the stability and reliable operation.  Optional power: 40kW 60kW 80kW 100kW 120kW 150kW 200kW Battery voltage: DC192V/DC216V/DC220V/DC240V/DC360V/DC384V Battery type: Gel battery or Lithium-ion battery AC output voltage: three phase 208V or 380V/400V/415V

Characters Transformerless with three level topology Max efficiency up to 98.4% Dual MPPT inputs accommodating wide voltage range Compact structure design Complete protection function such as anti-islanding, short circuit, overload Easy installation and free maintenance WiFi or GPRS (optional) communication Component brands Specifications DC side/Input parameters Max. DC power [W] 13200 16500 Max. DC voltage [Vdc] 1000 1000 Min. System start voltage [Vdc] 250 250 MPPT voltage range[Vdc] 250~850 250~850 Max. input current [A] 20/20 20/20 Number of MPP trackers 2 3 Strings per MPP tracker 2 2 AC side/output parameters Nominal output power [W] 12000 15000 Maximum output power [W] 13200 16500 Nominal output voltage/range [V] 50/60 Hz ; 400 Vac AC grid frequency/range [Hz] 45/55 Hz ; 280~490 Vac (Adj) Power factor [%] 0.8leading ... 0.8laging Harmonics <1.5% Maximum output current [A] 20 23 AC connection(with PE) Current distortion(THDi) [%] <1.5 <1.5 Power factor [%] >99.95 >99.95 Efficiency Maximum conversion efficiency[%] 98.4 98.5 European efficiency[%] 97.9 98 MPPT efficiency[%] 99.9 99.9 Safety and protection yes DC reverse-polarity protection yes Anti-islanding / Overvoltage protection yes Short circuit protection yes Leakage current protection yes Grid monitoring / Ground fault monitoring yes DC/AC side varistors(thermally protected) yes General Parameters yes Dimension(L/W/H)[mm] 510*484*217.5cm Weight (kg) 35 Embedded DC Switch Optional Night power consumption[W] <0.2 Isolation type Transformerless Protection degree IP65 according to IEC60529 Operation temperature[ºC] -25 ~ 60 Cooling concept Natural convection Acoustic noise level[dB] <25 Operating altitude[m] <2000 without power derating Display Graphic LCD Communication Interface Standard WIFI; GPRS(optional) Certificates and Approvals CE-(EMC/LVD) : EN(IEC) 61000-1/-2/-3/; EN(IEC) 62109-1/-2;IEC 61727/62116;G83-3/G59-3; EN50438;EN50439; VDE-0126-1-1;VDE-AR-N4105;AS4777.2;AS4777.3 Projects

The solar hybrid AC/DC air conditioner can work without battery, it works with unstable solar panel DC power at day time. At night or rainy days it automatically get grid AC power. It's  mainly used for school classroom, hospital, restaurant, shops, office… With APP monitor and control function through WIFI

Flexible solar panels differ quite from rigid, rectangular, glass-encased standard solar panels typically found on rooftops. Rather, flexible solar panels come in all shapes and sizes and are expected to be used in a greater number of situations than standard panels Whereas portable solar panels contain solar cells mounted in a lightweight, often plastic frame and thin-film panels are made of materials like copper, selenium, and gallium, flexible and standard solar panels use solar wafers to convert sunlight to electricity. Most often, flexible panels use wafers made from silicon, though they are far thinner than those in standard panels-as thin as merely a few micrometers in width. Whereas standard panels are sandwiched between layers of glass, flexible panels are placed between layers of protective plastic.