|
Quantity
|
Out of stock
|
||
|
|
|||
|
|
|||
Fossibot F2400 Portable Power Station (2400W): Uninterrupted Power for Tactical and Field Tasks
In conditions where mission success and personnel safety depend on stable power supply, portable energy sources become a critically important element of equipment. The Fossibot F2400 Portable Power Station with a nominal power of 2400W and an impressive capacity of 2048Wh is a high-tech solution for the autonomous power supply of mobile command posts, UAV crews, communication systems, and field medical modules.
Why is the Fossibot F2400 the Choice of Professionals?
The Fossibot F2400 portable power station is designed with a focus on fault tolerance and the ability to withstand extreme peak loads up to 4800W. The pure sine wave inverter guarantees the safe operation of sensitive electronics: from laptops with cryptographic software to diagnostic medical devices and satellite communication terminals (e.g., Starlink).
Main Operational Advantages
- Battery Longevity: At the core of the station is a lithium iron phosphate battery (LiFePO4). It provides from 3500 to 4000 charge-discharge cycles without significant capacity loss (retains up to 80%). This means over 10 years of harsh daily use.
- Instant Switch (UPS): The built-in Uninterruptible Power Supply (UPS) function switches power to the battery in just 8 milliseconds during grid outages. Equipment will not have time to shut down.
- Dust and Moisture Protection for Ports: All DC and USB output interfaces are covered with tight rubber caps, preventing sand, dust, and moisture ingress in field conditions.
Technical Specifications of the Power Station
For a clear assessment of the Fossibot F2400's capabilities, its key specifications are provided below:
| Characteristic | Value |
|---|---|
| Battery Capacity | 2048Wh (640,000 mAh) |
| Battery Type | LiFePO4 (Lithium Iron Phosphate) |
| Nominal Power | 2400W |
| Peak (Surge) Power | 4800W |
| Inverter Type | Pure Sine Wave (Efficiency ~90%) |
| Battery Lifecycle | 3500+ cycles (up to 80% capacity) |
| Charging Time (0-100%) | From 1.5 hours (grid + solar panels) |
| Dimensions (LxWxH) | 386 x 284 x 321 mm |
| Weight | 22 kg |
| Discharge Operating Temperature | from -10°C to +40°C |
Equipment Integration: Ports and Interfaces
The Fossibot F2400 allows powering up to 13 devices simultaneously, covering the needs of an entire platoon or autonomous camp.
- AC Outlets (220V): 3 classic outlets for powering heavy equipment (spotlights, EW systems, heaters).
- High-Speed USB Ports:
- 3 Type-C (PD 20W) ports for fast charging of radios and smartphones.
- 1 Type-C (PD 100W) port — ideal for direct powering of powerful tactical laptops and tablets without using bulky power bricks.
- 2 USB-A (QC 3.0, 18W) ports.
- DC Ports:
- Specialized output 12V / 25A (RV/camper connector) — capable of delivering high current for specialized equipment.
- Classic cigarette lighter port (12V / 10A) and two DC5521 ports (12V / 3A).
Versatility and Charging Speed: No Downtime
In field conditions, time is a critical resource. The Fossibot F2400 power station features one of the fastest energy recovery systems in its class.
- Adjustable AC Charging: A mechanical input power regulator (from 300W to 1100W) is located on the front panel. At a maximum of 1100W, the station fully charges from a generator or grid in just 2 hours. If the generator is weak, the charging power can be reduced.
- Solar Energy (up to 500W): The built-in MPPT controller allows connecting solar panels and charging the station in 4 hours under a clear sky, providing complete autonomy far from civilization.
- Combined Mode (AC + Solar): When simultaneously connected to a generator (1100W) and solar panels (500W), the battery reaches 100% in a record 1.5 hours.
- Car Charging: Supports charging from a 12V/24V onboard network during forced marches or equipment redeployment.
BMS Safety System: Reliability Under Control
The basis of the device's survivability is the intelligent Battery Management System (BMS). It monitors the state of the cells in real time and provides multi-level protection:
- Short circuit protection;
- Overcurrent and overvoltage protection;
- Thermal control (overheating and overcooling protection) with an active cooling system;
- Deep discharge protection.
Conclusion
Buying the Fossibot F2400 portable power station means investing in guaranteed energy security. The combination of 2kWh capacity, 2.4kW power, ultra-reliable LiFePO4 battery, and a tactically sound set of ports makes it an uncompromising solution. It is capable of supporting the operation of Starlink terminals for days, continuously charging dozens of batteries for FPV drones, and ensuring the functioning of a mobile headquarters, while remaining compact enough (22 kg) for rapid transportation.
Frequently Asked Questions about Fossibot F2400
Will the station power a complete UAV pilot position?
Yes. An honest 2400W and a capacity of 2048Wh are enough to simultaneously power FPV ground stations, a Starlink terminal, monitors, trench EW, and radio chargers. This is your uncompromising autonomy hub.
How fast does it charge from a generator before heading out on a mission?
From 0 to 100% in just 2 hours. You spend the absolute minimum time recharging in the rear or at the base, getting maximum energy for work on the front lines.
Will the battery withstand harsh daily use in the field?
Absolutely. Inside is an ultra-reliable LiFePO4 battery rated for 3500+ cycles. The station will survive years of intensive work in extreme conditions without losing its base capacity.
What happens to the power supply of critical equipment when the external source is disconnected?
The Fossibot F2400 works as an uninterruptible power supply (UPS) with a switching time of just 8 ms. Your communication, video broadcasts from the drones, and control will not be interrupted for a split second.
Is it easy to transport the station during an urgent change of positions?
For such colossal power, the station has excellent ergonomics and weighs 22 kg. Convenient integrated handles allow you to quickly throw it into a pickup truck to change locations promptly and without delays.