Description
Meet the BTI Battery Notebook Rechargeable Proprietary Size 8510 mAh 97 Wh 11.4V—an advanced power solution built for notebooks that require a precise, proprietary form factor. This high-capacity battery delivers dependable performance when your workflow demands focus, whether you’re drafting documents, editing multimedia projects, teaching, or traveling for work. With a substantial 97 Wh energy reserve and a nominal 11.4 V, the BTI Battery sustains demanding tasks with confidence, helping you work longer between charges. Its 8510 mAh capacity translates to extended runtime, reducing interruptions during important meetings, classes, or long creative sessions. The six-cell configuration balances energy delivery, thermal behavior, and discharge characteristics to provide steady power across the life of the battery. Engineered for quick swaps and easy installation, it’s a practical, reliable upgrade for notebooks that require a unique, secure fit that minimizes movement inside the chassis.
- High-capacity runtime: 8510 mAh and 97 Wh energy reserve deliver extended use between charges, supporting long work sessions, travel days, and multimedia editing without frequent recharging.
- Proprietary size for precise fit: Designed to match a specific battery bay, the proprietary form factor ensures a secure connection and minimizes movement within the notebook chassis for reliable power delivery.
- Fast charging capability: Engineered to re-energize more quickly than typical notebook batteries, helping you get back to work faster after breaks or meetings.
- Six-cell design for balanced performance: The six-cell configuration distributes load evenly, aiding in heat management and consistent voltage output over time for sustained performance.
- Easy replacement and upgrade: A straightforward, user-friendly replacement that keeps your notebook ready for travel, meetings, and everyday use without complicated installation.
Technical Details of BTI Battery
- Type: Rechargeable Notebook Battery
- Nominal Voltage: 11.4 V
- Capacity: 8510 mAh
- Energy: 97 Wh
- Cells: 6
- Battery Size: Proprietary
- Compatibility: Proprietary battery size
How to install BTI Battery
- Power off your notebook and unplug any connected peripherals or power adapters.
- Close all applications and place the computer on a clean, flat surface with the bottom panel accessible.
- Remove the back panel or battery cover according to your notebook’s user manual to expose the original battery bay.
- Carefully disconnect the existing battery connector from the notebook’s internal harness, taking care not to pinch any cables or connectors.
- Align the BTI Battery’s proprietary contacts with the notebook’s battery bay and slide the battery into place until it sits securely and flush with the chassis.
- Reconnect the battery connector, replace the back panel, and tighten any screws as required. Power on the notebook to verify a proper boot and battery recognition.
- For best results, perform a full cycle: discharge the battery from 100% to around 5–10%, then recharge to 100% to calibrate the system's battery gauge.
Frequently asked questions
- What notebooks is this BTI Battery compatible with? It is designed for notebooks that require a proprietary battery size. Always consult your device’s manual or battery documentation to confirm a precise fit before purchasing.
- How long will the BTI Battery last on a single charge? Runtime varies with usage, but the 8510 mAh capacity and 97 Wh energy reserve are built to sustain demanding tasks longer than standard batteries, especially during productivity and multimedia work.
- How fast does it charge compared to typical notebook batteries? The BTI Battery is engineered for faster charging, reducing downtime and helping you return to work sooner after breaks or travel days.
- Is replacement safe and easy? Yes. The BTI Battery is designed for straightforward installation with a secure fit, enabling quick swaps without complex tools or setup.
- How should I care for this battery to maximize life? Handle the battery with care, avoid extreme temperatures, perform regular cycles, and follow the device manufacturer’s guidance for charging and storage to maintain stable voltage output over time.
Customer reviews
Showing - Of Reviews
