Pylontech Lithium Battery 48V 2.4kWh 90% DOD US2000C

Price inclusive of VAT. Delivery to customer’s address in mainland Portugal; delivery to islands available upon request for quotation. Installation diagrams and assembly drawings Technical support via telephone and WhatsApp. Company registered with DGEG and certified as “Efficient Home 2020”. Registration title no.: 143793 pub Payment by bank transfer or PayPal. We carry out installations nationwide, subject to prior quotation. Pylontech Lithium Battery 48V 2.4kWh 90% DOD US2000C New Pylontech model US2000C with 90% DOD and up to 16 parallel units possible. The US2000C model enables deeper discharge—up to 90%—and allows parallel connection of up to 16 units without requiring a hub. The Pylontech 48V lithium battery US2000C uses LiFePO4 chemistry—the safest on the market—and comes with a 10-year warranty. Key features of the Pylontech lithium battery 2.4kWh US2000C The Pylontech US2000C lithium battery operates at 48 volts and includes a BMS (Battery Management System) featuring cell voltage balancing, inter-module communication among multiple Pylontech modules, and protection against low and high temperatures (0–50°C). The Pylontech 2.4kWh lithium battery with US2000C is lightweight (only 25 kg), supports discharges up to 90%, and delivers 6,000 cycles. It features CAN and RS485 communication ports, plus an LED bar indicating state of charge (SOC), alarms, and operational warnings. It is compatible with major inverter brands on the market, including Deye, Studer, Victron, and others. The manufacturer recommends operating at a maximum 0.5C rate—i.e., up to 1200 W during charging and discharging. The Pylontech lithium battery supports specific current intensities of 100 A (for 15 seconds). Warranty: 10 years total—7 years standard, plus 3 additional years upon product registration on the Pylontech website. Assembly and parallel connection of multiple Pylontech 2.4kWh US2000C lithium batteries The Pylontech US2000C Plus lithium battery can be connected in parallel with up to 16 modules without requiring a hub accessory. For mounting, supports (not included) must be used to stack up to four batteries or mount in standard 19" rack cabinets. For large-capacity systems, multiple Pylontech battery sets can be deployed and interconnected via busbar or distribution panel—enabling systems exceeding 50 kWh. Compatibility of the new US2000C model with US2000B batteries The Pylontech US2000C lithium battery is fully compatible with the previous US2000B version. The essential requirement is that the US2000C model must always serve as the master unit. If building a parallel system with more than eight Pylontech batteries—including both the new US2000C and legacy US2000B models—the following configuration applies: The master module must be a US2000C, and the eighth parallel module must also be a US2000C. Modules 2 through 8 may be US2000B units. Inverters compatible with the Pylontech 2.4kWh US2000C lithium battery The Pylontech US2000C lithium battery functions both with and without communication with compatible inverters. On devices capable of operation without communication, only the manufacturer-recommended charging parameters need to be programmed. Key compatible equipment includes: Axpert Voltronic inverters: The full 48V range—including MK, MKS, MKS II, VM, and VM III hybrid inverters—is compatible with the Pylontech lithium battery, regardless of whether they use PWM or MPPT technology, and operate without communication. Deye inverters: The entire 48V Deye line—including three-phase models—supports communication with the Pylontech US2000C battery. Sofar solar inverters: The full 48V Sofar hybrid inverter range supports communication with the Pylontech battery. Sofar recommends a minimum of two units. Victron inverters: Compatible with MultiPlus and Quattro models. Other inverters—including GoodWe, Sungrow, Solax, and IMEON—are also compatible, and the compatibility list will expand as further testing is conducted with additional manufacturers. What if my inverter is not on this list? In practice, with correctly configured charging parameters, these batteries operate seamlessly with any inverter on the market. However, to claim warranty coverage, the inverter must appear on Pylontech’s officially tested equipment list. What is the minimum number of Pylontech batteries required for my system? The Pylontech US2000C lithium battery recommends a maximum continuous charge/discharge current of 25 A (1200 W) per module. Therefore, for off-grid systems using a 5000 W inverter, at least four modules are required to supply adequate power. For a 3000 W inverter, three modules constitute the minimum. Each battery supports a maximum continuous current of 50 A (2400 W); however, to maintain the full 10-year warranty, operation must remain at 25 A as recommended by the manufacturer. In self-consumption systems such as Solax inverters, hybrid models ranging from 3 kW to 5 kW support a maximum current of 50 A for both charging and discharging—thus requiring a minimum of two Pylontech modules. Each battery contains a memory module tracking its usage history. Using fewer modules than specified for your inverter’s power rating may void the warranty. Advantages of the Pylontech US2000C lithium battery The Pylontech US2000C lithium battery is a next-generation lithium storage solution offering numerous advantages over lead-acid batteries: Low weight and compact size: Thanks to its high energy density, it stores 2.4 kWh in just 25 kg. A comparable lead-acid battery would weigh approximately 55 kg. Its smaller footprint saves space and even enables portable applications where required, thanks to superior manageability. High cycle life: Lithium offers significantly superior cycling performance versus lead-acid. While a tubular-plate lead-acid battery delivers ~1,500 cycles at 80% depth of discharge, the Pylontech lithium battery exceeds 6,000 cycles. Maintenance-free operation: No maintenance or liquid replenishment is required. It emits neither gases nor odors, enabling safe indoor installation in residential environments. Faster charging: One key advantage of solar energy systems is that the lithium battery supports charging at a 0.5C rate. With a sufficiently powerful charger, a full recharge from 0% state of charge takes just 2 hours—and, if needed, a complete charge can be achieved in as little as 1 hour.