Lithium Battery LFP Mural Luxpower PGEM 5.12KWH 51.2V for Solar Storage

LuxPower PGEM: compact mural format, continuous performance at 1C and great-scale scalability

Achieving optimal optimization of photovoltaic surpluses and ensuring home backup energy requires accumulators with a high commercial response and great durability. The lithium battery Luxpower pgem it has been designed under this premise, presenting an ideal wall fixing aesthetic format to be integrated cleanly into technical rooms or residential rooms. . By combining the safest chemistry of the sector with an intelligent control electronics, this 48V / 51.2V battery raises the performance of the solar self-consumption system, guaranteeing a massive flow of current with the minimum thermal degradation.

LFP chemistry of high tolerance and energy delivery at 1c full

The internal structure of the Luxpower PGEM uses cells Iron and lithium phosphate (LFP) , internationally recognized for its total stability against short circuits, high temperatures or charging stress situations. . With a nominal capacity of 100ah and a nominal tension of 51.2v (Adding a total of 5.12KWh Net Storage ), this team stands out for its continuous loading and unloading rate of 1C. . Unlike other trade models limited to 0.5c, a single PGEM module can deliver a sustained current of 100a (equivalent to 5.12kw direct power towards inverter) and tolerate critical boot peaks up 150a for 0.5 seconds.

To optimize each cumulative kilowatt to the maximum, the battery incorporates technologies from balanced load of load and an electronic design of very low self-consumption. This avoids decompensation between cells over time, uniformizing its wear. If you find yourself planning the photovoltaic field to efficiently feed this battery system, we recommend you explore our catalog in the category of structures for .

Smart BMS Industrial, multi-brand compatibility and intelligent parallel modularity

The electronic heart of this module is governed by a Smart BMS (Battery Management System). . This component effects constant perimeter monitoring against overloads, overdrops, overcurrents, tension peaks, polarity investments and thermal imbalances, adding a low cargo protection (LOW SOC). . A strong point of your firmware is your ability to maintenance and Remote Flexible Update ; The BMS integrates an internal backup system (original firmware backUp) , which completely prevents the blockage or failure of the accumulator if a cut occurs in communication during an update.

At the energy expansion level, the Luxpower PGEM provides a flexible modularity that it allows parallel to 32 units no need to add external devices or concentrators. . Your intelligent network algorithm ensures that, if a slave unit is temporarily disconnected or enters off-line mode, the operational stability of all the remaining bank is not affected. . His chassis of 58 kg it is designed with a stylized format for direct anchor to the wall, has ports CAN and RS485 and offers a multi-brand compatibility Leader in the sector, operating in perfect tune with inverters Victron, Luxpower, Deye, Voltronic, SMA, Goodwe, Growatt, , Sofar, Solark, Srne or Must.

Technical characteristics:

• Cumulative nominal energy: 5.12 kWh.
• Nominal capacity of the module: 100 ah.
• Nominal operating voltage: 51.2 V.
• Type of battery cells: Lithium Ferro-Phosphate (LFP).
• Recommended load voltage: 56.5 V.
• Maximum loading / continuous download: 100 a (1C Performance Rate).
• Pico de Pico Discharge (Peak): 105A for 15 seconds / 150a for 0.5 seconds.
• Parallel connection capacity: Up to 32 units link.
• Efficiency and life cycle: > 6000 loading and download cycles at 90% DOD (under test conditions at 25 ° C).
• Integrated communication ports: Connectors CAN and RS485.
• Certified open compatibility: Victron, Luxpower, Deye, Voltronic, SMA, Goodwe, Growatt, , Sofar, Solark, Srne, Must, among others.
• SMART BMS protections: Overload, overdrop, overcurrent, voltage peaks, thermal protection, short circuit, polarity investment, cell rolling and LOW SOC.
• Working temperature range: Of -20 ° C A + 55 ° C.
• Physical Dimensions of the Mural Chassis (AN X to X PR): 428 mm x 640 mm x 166 mm.
• Structural net weight: 58 kg (127.9 lbs).
• Income Protection Index: Ip20 (Interior installation in technical rooms).
• International Certifications: CE, UN38.3 and IEC62619.
• Factory Commercial Warranty: 10 years old.

Frequently Asked Questions section (FAQ)

1. What main format and weight difference does the LuxPower PGEM battery have on the LI-5 model? While the Li-5 model is mainly designed with some dimensions prepared to integrate into standardized rack cabinets, the series Pgem it has a stylized and flat design designed to hang directly in shape mural on the wall. . Due to its reinforced anchor chassis, its weight is in 58 kg (Facing 50 kg of Li-5). Both share the same storage capacity and electronic performance.
2. What real advantage does I offer that the PGEM battery has a 1C performance rate? A 1C rate means that the battery can continuously deliver all the nominal power equivalent to its capacity in a single hour without overheating. . If in your home you need to simultaneously light high power appliances (such as an oven, an induction plate and an electric thermos), a single PGEM module guarantees you 5.12KW constant delivery, avoiding voltage drops or having to compulcate more battery modules only to cover instant power.
3. Can I connect the LuxPower PGEM battery if I have a hybrid Inverter of another brand? Yes, with total security. One of the great technical advantages of the PGEM model is its widely approved compatibility database. Its communication electronics by CAN and RS485 is scheduled as standard to link directly with teams of world leader manufacturers such as Victron, , Deye, Voltronic, SMA, Goodwe, Growatt, , Sofar, Solark or Must, in addition to the range of inverters chargers luxpower.
4. What happens if I have a bank with several batteries in parallel and one of them suffers an incidence? The LuxPower parallel communication system is redundantly designed. If a slave battery turns off, it loses the data line or disconnected by maintenance, the algorithm of the rest of the modules is automatically reconfigured. The remaining batteries continue to operate and supply energy to the home with absolute normality, without causing stops at the photovoltaic installation.
5. Why is the function of "Active Balancing" in this accumulator so important? Active balanced (Active Balancing) It is an advanced function of the SMART BMS that redistributes the energy between the internal cells of the battery continuously during the loading cycles. . Unlike passive systems (which simply dissipate in the form of heat the excess energy of the fastest cells), the active system optimizes the efficiency of the whole, reduces premature wear of the components and ensures that the battery reaches the 6000 Life cycles specified.