2-power 2P-MS03028 - akku

When a Microsoft Surface Pro 3 loses its ability to hold a charge, the 2-Power 2P-MS03028 steps in as a direct, high-grade replacement that restores full mobility. Unlike universal external packs, this internal Li-Po cell is engineered to fit the original battery bay precisely, preserving the tablet’s slim profile and balanced weight. With a 5547 mAh capacity and 42.1 Wh energy rating, it matches the OEM specification so you get predictable runtime for everyday tasks, presentations, and travel.

Highlights

• Exact replacement for Microsoft Surface Pro 3 internal battery
• Lithium Polymer (Li-Po) chemistry for stable output and long cycle life
• 7.6 V nominal voltage with 5547 mAh capacity (42.1 Wh)
• Replaces OEM part numbers G3HTA007H and DYNM02
• Built-in protection against overcharge, over-discharge, over-current, and short circuit
• CE and RoHS certified for safety and environmental compliance

In daily use

Installation requires opening the Surface Pro 3 chassis, so professional fitting is recommended. Once in place, the battery behaves like the original: it charges via the standard Surface power adapter and reports accurate percentage in Windows. The Li-Po cells maintain consistent voltage under load, reducing unexpected shutdowns during video calls or large file transfers. Users who rely on their Surface for field work, note-taking, or media consumption will notice the difference immediately after the first full charge cycle.

Full specifications

• Brand: 2-Power
• Model: 2P-MS03028
• MPN: 2P-MS03028
• Battery type: Lithium Polymer (Li-Po)
• Voltage: 7.6 V
• Capacity: 5547 mAh
• Energy: 42.1 Wh
• Compatible device: Microsoft Surface Pro 3
• Replaces OEM part numbers: G3HTA007H, DYNM02
• Product subtype: Internal replacement battery
• Rechargeable: Yes
• Protection features: Overcharge, over-discharge, over-current, short-circuit
• Certifications: CE, RoHS
• Condition: New

Final note

For a Surface Pro 3 that has faded to a few hours of screen time, the 2-Power 2P-MS03028 is a cost-effective way to extend its useful life without compromising on safety or performance.