VTC-LP695168LT 3.7V 3000mAh Low Temperature Li-ion Polymer Battery
This article summarizes the Word datasheet for the VTC-LP695168LT rechargeable pouch cell and prepares the information for product-detail-page use.

Product Overview
The VTC-LP695168LT is a Li-ion Polymer Rechargeable Battery manufactured and supplied by VTC Power Co., Ltd. The cell is identified as a 3.7V, 3000mAh low temperature pouch battery, and the product image shows a silver flexible pouch cell with yellow top tape, red and black leads, and a white 2-pin connector.
Core Electrical Parameters
The datasheet lists 3100mAh rated capacity, 3000mAh nominal capacity, and 2900mAh minimum capacity at 0.2C discharge. Normal voltage is 3.7V, initial voltage is at least 3.8V, limited charge voltage is 4.2V, and discharge cut-off voltage is 3.0V.
Standard charging current is 600mA, with a 0.2C CC charge to 4.2V followed by CV charging until the current declines to 0.01C. Standard charging time is 6-7 hours. Rapid charging current is listed as 3000mA with an approximate 1.5-hour charge time. Standard discharging current is 600mA, maximum discharging current is 3000mA, and discharging current is listed as 4500mA.
Cell Size and Structure
The drawing table defines cell tab length as 4-8mm, tab pitch as 34+/-1.5mm, tab width as 5+/-0.2mm, and top seal length as 4+/-1mm. Cell thickness is 6.9mm max initially and 7.3mm after 600-cycle life. Cell width is 51.0mm max, height is 68.0mm max, and weight is approximately 53g.

Operating Temperature and Low-Temperature Positioning
The operating temperature range is one of the main product-page selling points. The datasheet specifies charging from 0°C to 45°C and discharging from -40°C to 60°C, with operating humidity up to 90%RH. This supports page positioning around low-temperature discharge for cold-chain, outdoor, and field electronics, while still respecting the source charging-temperature limit.
Cycle Life, Self-Discharge, and Test Notes
Cycle life is specified as not less than 600 cycles under the stated test method: 0.2C CC-CV charge to 4.2V and 0.2C discharge to 3.0V, stopping when discharge capacity reduces to 80% of rated capacity. Self-discharge performance is listed as not less than 85% of initial capacity after standard charging and 28 days of rest at 20+/-5°C followed by 0.2C discharge to cut-off voltage.
Specification Table
| Parameter | Specification |
|---|---|
| Model | VTC-LP695168LT |
| Battery Type | Li-ion Polymer Rechargeable Battery |
| Nominal Voltage | 3.7V |
| Capacity | Rated 3100mAh; nominal 3000mAh; minimum 2900mAh at 0.2C discharge |
| Charge / Discharge Limits | Limited charge voltage 4.2V; discharge cut-off voltage 3.0V |
| Standard Charging | 600mA, 0.2C CC charge to 4.2V, then CV charge until current declines to 0.01C; 6-7 hours |
| Rapid Charging | 3000mA; about 1.5 hours |
| Discharging Current | Standard 600mA; maximum 3000mA; discharging current listed as 4500mA |
| Cell Dimensions / Weight | 6.9mm max thickness initially, 7.3mm after 600-cycle life; 51.0mm max width; 68.0mm max height; approx. 53g |
| Operating Temperature | Charging 0°C to 45°C; discharging -40°C to 60°C; humidity ≤90%RH |
Application Fit
The low-temperature discharge range and compact wired pouch-cell structure make this battery suitable for cold-chain data loggers, outdoor environmental monitoring sensors, security devices, smart agriculture monitors, asset tracking tags, industrial handheld instruments, smart home controllers, and compact IoT modules. Application selection should still be checked against the device load profile, charge-temperature control, connector requirements, and enclosure design.
OEM/ODM Supply Notes
For product projects, VTCBATT can support sample development, connector matching, wire length adjustment, labeling, and pack-level discussion around protection circuit or NTC requirements when needed. The product page should use factory-direct supply, OEM/ODM support, customization, and battery wholesale language without adding unsupported certifications or production capacity figures.





















