Alienware m15 R7 11.4V 86Wh Laptop Battery Specifications
- Battery Type: Li-ion / Li-polymer high-density cells
- Capacity: 86Wh high-capacity gaming configuration
- Voltage: 11.4V stable output
- Cells: 6-cell internal lithium-polymer pack
- Compatibility: Alienware m15 R7 battery family
- Platform Support: Alienware m15 R7 / select Alienware m15 R5–R7 variants
- Design: Internal OEM replacement battery
- Charging Support: Dell/Alienware ExpressCharge, high-wattage gaming adapters
- Part Numbers: 0N4YF / 0FNYF / P113F compatible variants (varies by configuration)
Alienware m15 R7 11.4V 86Wh Laptop Battery Overview
The Alienware m15 R7 11.4V 86Wh laptop battery is an OEM high-capacity internal replacement battery designed for Dell’s Alienware gaming laptops. It delivers strong and stable power output for demanding workloads such as gaming, 3D rendering, video editing, streaming, and heavy multitasking.
The m15 R7 platform commonly uses an 11.4V 6-cell lithium-polymer battery rated at 86Wh, which is one of the larger standard capacities for this chassis. This higher capacity is designed to extend unplugged gaming and performance time while maintaining stable voltage under heavy GPU and CPU load.
Alienware m15 R7 systems are engineered with performance-focused cooling and power delivery systems, and the 86Wh battery works alongside high-wattage adapters to ensure consistent performance whether plugged in or on battery.
Alienware m15 R7 11.4V 86Wh Laptop Battery Price Table
| Product | Price in Kenya (KSh) |
|---|---|
| Alienware m15 R7 11.4V 86Wh Laptop Battery | 12,500 – 26,500 |
Alienware m15 R7 11.4V 86Wh Laptop Battery Key Specifications
| Specification | Details |
|---|---|
| Model | Alienware m15 R7 |
| Platform | Alienware m15 gaming series |
| Battery Type | Lithium-ion / Lithium-polymer |
| Capacity | 86Wh |
| Voltage | 11.4V |
| Cell Configuration | 6-cell |
| Build Type | Internal replacement battery |
| Cycle Life | ~300–500 cycles |
| Charging System | Dell/Alienware ExpressCharge + high-wattage adapter |
Alienware m15 R7 11.4V 86Wh Laptop Battery Charging Performance
- Stable charging under gaming loads
- Supports Dell ExpressCharge technology
- Optimized for RTX GPU performance systems
- Full charge typically in ~3–4 hours
- Best performance when paired with original high-wattage adapter
Alienware m15 R7 11.4V 86Wh Laptop Battery Safety Features
- Overcharge protection
- Over-discharge protection
- Short-circuit protection
- Thermal monitoring system
- Smart battery management IC
Alienware m15 R7 11.4V 86Wh Laptop Battery Compatibility
- Alienware m15 R7
- Select Alienware m15 R5 / R6 / R7 variants
- Compatible 11.4V 86Wh Alienware gaming platform batteries
- Always confirm exact part number before purchase
Alienware m15 R7 11.4V 86Wh Laptop Battery Durability & Build
- High-density lithium-polymer cells
- Reinforced gaming laptop battery design
- Stable discharge under CPU/GPU load
- Built for high-performance thermal environments
- OEM-grade internal structure
Alienware m15 R7 11.4V 86Wh Laptop Battery Energy Efficiency
- High capacity for extended gaming sessions
- Stable voltage under heavy load
- Balanced for performance vs runtime
- Optimized for Intel H-series + RTX GPUs
Alienware m15 R7 11.4V 86Wh Laptop Battery Ideal Use Cases
- Gamers
- Content creators
- 3D designers
- Video editors
- Heavy multitasking users
Alienware m15 R7 11.4V 86Wh Laptop Battery Pros and Cons
| Pros | Cons |
|---|---|
| High 86Wh capacity | Internal installation required |
| Strong gaming runtime | Not user-removable |
| Stable 11.4V output | Heavier than ultrabook batteries |
| OEM protection systems | Expensive replacement cost |
| Ideal for gaming laptops | Drains quickly under heavy GPU load |
Alienware m15 R7 11.4V 86Wh Laptop Battery Conclusion
The Alienware m15 R7 11.4V 86Wh laptop battery is a reliable OEM replacement designed for high-performance gaming laptops. It provides strong runtime, stable power delivery, and safe charging, making it a practical replacement option in Kenya for users who need sustained gaming and productivity performance.
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