Pecron F3000LFP
![]() | Expecting restock A powerful, multifunctional mobile charging station with high capacity, based on durable and fire-safe lithium iron phosphate batteries (LiFePO4). The main function of the device is to convert the stored energy into standard household alternating current 230V and low voltage direct current for powering and charging gadgets via low-voltage USB and DC interfaces. Notable features of this model include a substantial output power of 3600W (peak 4500W), support for uninterruptible power supply function, and built-in wireless interface modules Wi-Fi and Bluetooth for remote monitoring and control. It is positioned as a high-end product. Designed for autonomous/backup power for various household and professional equipment during scheduled or emergency power outages. With the ability to con...nect additional batteries, the Pecron F3000LFP charging station can become a reliable source of energy for a mobile/field office (including laser printers, MFPs) and maintain the operation of small servers. Sine wave output enables it to work perfectly with heating gas boilers and medical equipment. In addition to four Schuko sockets (230V/50Hz), for connecting loads, there are 2xUSB A with QuickCharge 3.0 (2x18W), 2xUSB C PowerDelivery (2x100W), 2xDC5521 (12V/3A), and a DC 12V/10A car cigarette lighter port. |
Pecron F3000LFP lot of socketsUSB-C 100WUPSpure sine wave (PSW)USB-A fast chargingadd. batterybuilt-in PSUXT60 inputLiFePO4 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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A powerful, multifunctional mobile charging station with high capacity, based on durable and fire-safe lithium iron phosphate batteries (LiFePO4). The main function of the device is to convert the stored energy into standard household alternating current 230V and low voltage direct current for powering and charging gadgets via low-voltage USB and DC interfaces. Notable features of this model include a substantial output power of 3600W (peak 4500W), support for uninterruptible power supply function, and built-in wireless interface modules Wi-Fi and Bluetooth for remote monitoring and control. It is positioned as a high-end product.
Designed for autonomous/backup power for various household and professional equipment during scheduled or emergency power outages. With the ability to connect additional batteries, the Pecron F3000LFP charging station can become a reliable source of energy for a mobile/field office (including laser printers, MFPs) and maintain the operation of small servers. Sine wave output enables it to work perfectly with heating gas boilers and medical equipment. In addition to four Schuko sockets (230V/50Hz), for connecting loads, there are 2xUSB A with QuickCharge 3.0 (2x18W), 2xUSB C PowerDelivery (2x100W), 2xDC5521 (12V/3A), and a DC 12V/10A car cigarette lighter port.
Always clarify the specifications and configuration of the product with the online store manager before purchasing.
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Having watched a lot of information on YouTube, which is mostly from the States, they have a different model not designed for our voltage. Initially, I got a station, and a month later an auxiliary battery. What can I say—the tale that it's quiet really is a tale; you can't put it near your head because the fans periodically start up even under a small load and make noise—it's uncomfortable. It has 6 charging modes, 3500W nominal power—it’s not a problem to start a microwave and a washing machine together. But in that case, if it's not passing voltage through it—yes, it gives out 3500W, but when it's charging or there's light—not more than 2200W. Essentially, if there's light, there’s no need to run powerful things through it. When I connected the auxiliary battery, I discovered one thing—when discharging below about 75%, the batteries begin to go off balance—as seen in the photo—at the end of the discharge, when the station nearly ran down to zero, the external battery was still at 14%... I tried discharging to zero with a 70W bulb—and I’ll say that really, the volume specified in the ad matches reality, but since the inverter steals 37-38W regardless of consumer power, after 29.5 hours the station dropped to zero—by calculation pure energy gave 2124W, and the inverter 1100—in fact, even more than the battery's volume. That is, the greater the consumer power, the better the station's efficiency. The picture contains an AI response on why this is so, but all stations' inverters consume energy; it all depends on the installed inverter and its power. I'll get rid of the station and battery in a couple of months. power, remote control failures when trying to control via Bluetooth, the inverter eats up the battery |





































