The Anker SOLIX BP2000 Expansion Battery (2048Wh) is a commercial-grade, heavy-duty energy storage system engineered to scale up the capacity of critical backup setups. Featuring ultra-durable Lithium Iron Phosphate (LiFePO4) cell chemistry, this module seamlessly integrates with the Anker SOLIX F2000 (PowerHouse 7600) and companion hybrid solar inverters. It provides high-efficiency power continuity for telecommunication setups, medical devices, emergency off-grid links, and modern corporate infrastructures across Pakistan.
Technical Specifications
Cell Chemistry: Lithium Iron Phosphate (LiFePO4)
Storage Capacity: 2,048 Wh (51.2V, 40,000 mAh)
Lifecycles: 3,000+ complete charge/discharge cycles to >=80% original capacity retention.
Enclosure Rating: High-impact, fire-retardant composite shell with integrated structural handles.
Dimensions: 17.44 × 10.59 × 9.37 inches (443 × 269 × 238 mm)
Weight: 48.1 lbs (21.8 kg)
Input and Output Port Specifications
| Connection Port Type | Interface / Protocol | Input / Output Power Performance |
| Primary DC Input Expansion Link | Proprietary Heavy-Duty Multi-Pin Bus | 51.2V⎓60A Max (3072W Max) |
| Primary DC Output Expansion Link | Proprietary Heavy-Duty Multi-Pin Bus | 42V-57.6V⎓60A Max (3072W Max) |
Variant Configurations Available at SKYRS Pakistan
SKYRS maintains exclusive localized inventory allocation for the primary BP2000 scalable structural variants:
Standalone Expansion Package (Model A17B0)
Includes: Anker SOLIX BP2000 Expansion Battery Module, heavy-duty 5-pin connection cable, and user manual.
Target Use Case: Users who already own a main power hub (F2000) and want to scale their backup time from 2kWh up to an advanced 20kWh setup.
Extreme Backup Hybrid Bundle
Includes: Two (2) BP2000 Expansion Battery units, a master heavy-duty parallel connector link, and extended-length connection lines.
Target Use Case: Severe industrial off-grid setups, regional medical storage facilities, and mission-critical enterprise telecom servers.
Deployment and Installation
To ensure proper load-balancing and safety across the battery bank, installation must follow these step-by-step physical deployment steps:
Physical Placement
Foundation and Airflow: Position the expansion battery on a clean, level, and dry floor surface. Maintain a minimum of four inches of clearance around the rear and side passive cooling vents to dissipate heat during high-rate charging.
Modular Vertical Stacking: When stacking multiple units, align the built-in rubber feet of the upper battery perfectly with the molded top recesses of the lower battery. Do not stack more than three (3) expansion modules directly on top of a single base station.
Cable Deployment and Interconnection
Isolation Protocol: Ensure both the host power station and the BP2000 expansion battery are turned completely OFF before attaching any connection lines.
Secure Bus Locking: Insert the heavy-duty 5-pin expansion cable into the expansion port of the main power station, then connect the other end to the input port of the BP2000. Slide the integrated locking collars into place until you hear a firm click to prevent arcs or loose connections during high-amperage current transfer.
Configuration Management
Optimizing safety, capacity balancing, and solar charging control involves configuring the system correctly through the centralized software dashboard:
Capacity Standardization and Initialization
Cell Equalization Cycle: On initial startup, fully charge the entire linked system to 100% via an AC wall outlet or solar array, then discharge it completely. This allows the internal Battery Management System (BMS) to calibrate the cell capacities across all linked units.
Smart Automation Profiles: Use the companion app to configure specific custom charge/discharge thresholds (such as capping the maximum charge at 90% and minimum discharge at 10%) to maximize system lifespan in high-heat environments.
Ecosystem Management and Cloud Diagnostics
Central Over-the-Air (OTA) Updates: When the expansion battery is linked to a Wi-Fi or Bluetooth-enabled host station, its internal BMS updates automatically. These updates refine the continuous thermal monitoring and real-time fault tracking algorithms (which evaluate cell metrics millions of times daily).
Procurement and Local Warranty Support
Exclusive Sourcing Channel: The complete Anker SOLIX BP2000 scalable battery architecture, system deployment assistance, and official 5-year local hardware replacement warranty are distributed and serviced exclusively through SKYRS Pakistan. Industrial procurement managers, solar integration teams, and commercial operations can secure verified batch hardware allocations directly through the dedicated SKYRS
