The Anker SOLIX F3800 is a heavy-duty, tier-1 energy storage hub designed to serve as a comprehensive alternative to traditional diesel or petrol generators in Pakistan. Engineered with ultra-durable Lithium Iron Phosphate (LiFePO4) chemistry and advanced InfiniPower technology, it provides high-capacity, emission-free, and virtually silent electricity. Operating as a clean energy system, it effortlessly drives heavy-load home appliances, central cooling systems, sensitive IT server rooms, and medical equipment during extended grid breakdowns.
Variant Matrix Available via SKYRS
SKYRS supplies the distinct regional architecture variants of the F3800 to align directly with localized electrical infrastructure requirements across Pakistan.
Variant A1790211 (EU / International Edition): Native 220V-240V split-phase/single-phase configuration. Features standard international/EU AC outlets. Optimized for Pakistani domestic wiring setups and high-voltage machinery without requiring step-up or step-down voltage transformers.
Variant A1790111 (US / Global Edition): 120V/240V dual-voltage configuration. Equipped with NEMA 14-50R and L14-30R ports. Ideal for specific industrial applications, specialized imported medical devices, or localized heavy-machinery distribution profiles.
Variant F3800 Plus Series: Specialized industrial iteration offering advanced high-voltage MPPT solar inputs (up to 165V per port) and integrated Home Power Panel (HPP) structural bypass bridging for comprehensive facility management.
Technical Specifications
Battery Chemistry and Capacity Scalability
Base Capacity: 3,840Wh (51.2V, 75Ah)
Battery Type: Automotive-Grade EV LiFePO4 (Lithium Iron Phosphate)
Battery Life Cycles: 3,000+ cycles to 80%+ structural capacity (10-year everyday usage rating)
System Expandability: Expandable via the Anker SOLIX BP3800 Expansion Battery. Connect up to 6 expansion batteries per main unit to achieve a total standalone capacity of 26,880Wh (26.88kWh). Double-unit stacking enables a massive 53.8kWh matrix.
Power Output Capability
Continuous AC Output Power: 6,000W (6kW) continuous maximum
Surge AC Protection Power: 9,000W peak surge threshold
Voltage Profiles: Native 230V Single-Phase (EU Variant) / 120V-240V Split-Phase (US Variant)
Output Waveform: True Pure Sine Wave (Total Harmonic Distortion < 5%)
Port Configurations
AC Outlets: Up to 6x Localized/Universal AC sockets (Variant dependent)
High-Load Dedicated Ports: 1x NEMA 14-50R port (240V, 6,000W Max for direct EV/Heavy equipment link), 1x NEMA L14-30R port
USB-C Output: 3x 100W Power Delivery high-speed ports (300W total collective capacity)
USB-A Output: 2x 12W standard device ports
Car Socket: 1x 12V, 10A (120W Max)
Recharging and Input Vectors
AC Grid Charging: Recharges from 0% to 100% in ~2 hours using direct AC mains input (Supports up to 2,990W max input on EU variant).
Solar Recharging (MPPT): Integrated dual-input MPPT solar charge controllers. Supports a combined maximum of 2,400W solar input via XT60i vectors (1,200W max per port, 11V-60V configuration). The F3800 Plus variant extends input to 3,200W via dual high-voltage 165V MPPT lines.
EV/Mains Charging: Supports AC Coupling mechanisms when linked directly with compliant grid-tied solar inverter arrays.
Deployment, Installation, and Configuration Services
SKYRS provides complete engineering and integration services to transition the SOLIX F3800 from a portable system into an automated facility backup solution.
Load Profiling and Facility Assessment
SKYRS engineers run a pre-deployment assessment of your site’s electrical footprint. The SOLIX F3800’s continuous 6,000W threshold is systematically mapped against demanding loads like inverter air conditioners (up to 4,000W start-up), deep-well water pumps, medical diagnostic machinery, or enterprise server racks.
Hardware Installation and Transfer Switch Integration
Manual / Automatic Transfer Switches: SKYRS installs dedicated 10-circuit manual or automatic transfer switches, isolating critical structural lines (lighting, refrigeration, IT communication lines) from the main grid. This setup prevents grid back-feeding and ensures complete safety during load shedding.
EV Charging Anchoring: The system is configured by SKYRS technicians to act as an off-grid EV charging point. Output current parameters are capped under 25A within the machine’s firmware to match local vehicle charging architectures safely.
Solar Array Balancing: For off-grid or hybrid sites, SKYRS structures custom ground-mount or rooftop PV solar arrays, matching exact open-circuit voltage ($V_{oc}$) profiles to avoid over-voltage damage.
System Calibration and Operating Configurations
UPS Configuration: SKYRS configures the device to operate in Uninterruptible Power Supply (UPS) mode with a <20ms automatic switchover time. This guarantees that connected databases, server environments, and routers run without resetting during sudden power failure.
Energy Management Optimization: Through the Anker App interface (via localized Wi-Fi or Bluetooth protocols), SKYRS programs specific operational cycles:
Self-Consumption Mode: Configured to prioritize daytime photovoltaic solar charging, running structural loads entirely off stored solar energy at night to minimize utility bills.
Custom Standby Calibrations: Tailoring system auto-shutdown timers from default values to continuous run-times depending on structural requirements.
Deep-Cycle Initialization: Technicians run a controlled conditioning sequence (full initial discharge and uninterrupted charge) to sync the internal Battery Management System (BMS) with local thermal and environmental behaviors.
Availability Notice
The entire Anker SOLIX F3800 ecosystem—including standalone stations, BP3800 expansion batteries, official transfer switches, localized technical warranties, and turnkey engineering deployment—is available exclusively through SKYRS in Pakistan.
