Hiksemi S100 Power Bank Price in Pakistan | Skyrs

HIKSEMI S100 High-Capacity Power Bank Technical Data Sheet

The HIKSEMI S100 High-Capacity Power Bank (Model: HS-PB-S100) is a professional-grade, high-density portable energy storage system engineered to sustain power for multi-device environments. Featuring an expanded 10,000 mAh battery volume and enhanced electrical output handling, the S100 provides dependable, heavy-duty power backup for corporate field kits, remote surveillance equipment setup testing, and personal mobile workstations during extended power disruptions.


Technical Specifications

Parameter Specification
Model HS-PB-S100
Battery Chemistry Advanced High-Density Lithium Polymer Array
Nominal Capacity 10,000 mAh / 37Wh
Rated Capacity ~6,300 mAh (at 5V/2.1A typical conversion)
Energy Conversion Efficiency ≥ 78%
Input Interfaces 1 × USB Type-C, 1 × Micro USB
Input Parameters 5V⎓2.1A (Max input profile per port)
Output Interfaces 1 × USB Type-C, 2 × USB Type-A (Dual Output Ports)
Single Port Max Output 5V⎓2.1A (High-Efficiency Port Allocation)
Combined Maximum Output 5V⎓2.1A Shared Max Dynamic Distribution
Chassis Composition V0-Grade Structural Fireproof ABS + Matte Polycarbonate Shell
Status Matrix 4-Stage Precision LED Charge Indicators (25% / 50% / 75% / 100%)
Safety Certification Suite Over-charge, Over-discharge, Thermal Management, Short-Circuit Protection

Hardware Color & Design Variants for SKYRS (Pakistan)

To support standardized uniform deployment across commercial enterprise inventories managed by SKYRS in Pakistan, the hardware is supplied in two distinct structural color profiles:

  • HS-PB-S100 Grey Variant: Finished in an anodized metallic space-grey tone. This variant is tailored for professional environments, IT project toolkits, corporate tech allocations, and executive travel bundles.

  • HS-PB-S100 Classic Black Variant: Encased in a ruggedized, textured matte black composite shell. Engineered primarily for industrial field applications, outdoor installations, and high-frequency deployment scenarios where maximum scratch resistance is required.


Deployment, Installation, and Configuration

Exclusive Distribution & Support Notice: Volume provisioning, customized enterprise safety documentation, multi-year component warranties, and official deployment guidelines for the HIKSEMI S100 ecosystem are offered exclusively through SKYRS infrastructure channels within Pakistan.

Deployment Phase

  • Application Mapping: Deploy the 10,000 mAh S100 variant for multi-stage field use or long-duration standby tasks where auxiliary hardware (e.g., portable biometric scanners, field tablets) must remain active through multi-hour power shedding.

  • Staging Area Layout: Store and stage multi-unit inventories in dry, well-ventilated lockers. Maintain an ambient storage baseline temperature below 35°C, away from conductive materials or high humidity.

Installation Procedure

The S100 functions as an autonomous, self-contained portable unit requiring no mechanical drilling or structural hardwiring. Initialize the deployment using the following workflow:

  1. Unbox the equipment from the verified SKYRS logistics package and inspect all two input and three output interfaces for debris.

  2. Interface the system with an active charging node (such as a 33W or 67W GaN charger) via the integrated Type-C input terminal to initiate the cell balance configuration.

  3. Keep the unit connected until the 4-stage LED status matrix remains fully illuminated without blinking, validating that the 10,000 mAh cell core has achieved full capacity state.

Configuration Protocol

The HIKSEMI S100 relies on an integrated Intelligent Distribution Microchip Core, completely bypassing manual software driver installations. The physical power configuration routes autonomously based on load connection states:

  • Dedicated Single-Node Mode: When a high-drain endpoint (such as a tablet or terminal) is connected to either a Type-A or Type-C output port, the internal microchip instantly assigns the complete localized power profile, maintaining a stable $5\text{V}$ rail up to $2.1\text{A}$.

  • Multi-Port Load Balancing Configuration: When multiple peripheral nodes are connected simultaneously across the output layout, the power bank reconfigures its internal topology. It dynamically splits a safe $2.1\text{A}$ max current ceiling across the connected lines, preventing overheating and balancing current flow to extend the operational lifetime of the internal Lithium Polymer cells.

Description