LiFePO4 Power Station
| Battery | Capacity | 30000mAh/3.2V/96Wh (6Ah, 16V) / LiFePO4 | ||
| Input | Type-C1 | 5V⎓3A, 9V⎓3A, 12V⎓3A, 15V⎓3A, 20V⎓5A (100W Max) | ||
| DC/MPPT | 12-28V (65W Max) / DC5521 | |||
| Output | AC | 110V/230V ~ 150W (Peak 300W), 50Hz/60Hz | ||
| Type-C1 | 5V⎓3A, 9V⎓3A, 12V⎓3A, 15V⎓3A, 20V⎓5A (100W Max) | |||
| Type-C2 | 5V⎓3A, 9V⎓3A, 12V⎓3A, 15V⎓3A (45W Max) | |||
| USB-A | QC 18W | |||
| Wireless | 5W / 7.5W / 10W / 15W | |||
| DC | 12V⎓5A (60W Max) | |||
| LED | 5V⎓0.4A (2W Max) | |||
| Dimension | LxWxH | 148 x 113 x 90 mm | ||
| Weight | N.W | 1.4 KG | G.W | 1.7 KG |
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96Wh LiFePO4 Portable Power Station
At 1.4kg and 96Wh, the DPS-150D is TSA carry-on approved, CE, FCC, and PSE certified.
TSA Approved — Under 100Wh
At 96Wh, the DPS-150S falls below the 100Wh FAA/TSA carry-on threshold — no prior airline approval needed. A key selling point for travel retail, corporate gifting, and frequent-flyer end users.
100W PD Fast Charging
The DPS-150D recharges fully in approximately 1.2 hours via 100W USB-C PD — faster than most competitors in the 96Wh category that top out at 45W or 65W input.
15W Wireless Charging Pad
The 15W Wireless Charging Pad delivers fast, efficient charging for compatible devices without the hassle of cables. Engineered with advanced coil technology, it provides stable power delivery and intelligent temperature management to protect your device during every charge cycle.
Pure Sine Wave Output
The DPS-150S outputs pure sine wave AC — electrically identical to grid power. This matters for:
MacBook & Apple Devices
Prevents charger errors and battery stress
CPAP / BiPAP Machines
Most models require pure sine wave to function
Medical Equipment
Designed and tested for grid-quality power only
Camera & Audio Gear
Sensitive to waveform distortion over time
3000 Cycles, Decade-Long Reliability
Advanced LiFePO4 battery technology engineered for extended cycle life and reliable performance. This power station delivers up to 3000 charge cycles, providing a decade of dependable energy storage for demanding applications. Built with premium battery chemistry and thermal management, it maintains capacity retention and safety across thousands of cycles, making it an ideal choice for enterprises requiring long-term energy independence and minimal replacement costs.
OEM/ODM Customization Process
Custom Rated Power & Battery Capacity
Custom LOGO & Colors
Multiple Plug seat Are Available
Custom Your Own Design
Frequently asked questions
A: Yes. The R&D team has more than 30 members and has been granted over 140 technological innovation and appearance patents.
A: Yes. When an additional inverter is integrated, it can be applied to zero‑second transfer UPS systems.
A: We use brand‑new EV‑grade batteries with automotive‑grade LFP cells, designed to meet rigorous commercial demands. They are supported by 5+ global safety certifications and have been used in over 30 million units annually.
A: For samples: 3 to 7 days after payment via courier for branded samples; OEM/ODM samples require detailed discussion. For OEM/ODM orders: 7 to 45 days.
A: 100% payment before shipment (for bulk orders, a 30% deposit is required before production). We accept TT, PayPal, Western Union, etc.
A: You are very welcome to become our partner. We provide one‑on‑one technical support and a strict after‑sales guarantee. As some regions already have exclusive distributors, please contact our sales department for available territories.
A: All our products come with a minimum one‑year warranty. Warranty periods vary by product. Please contact us if you have any questions.
A: Custom labels and logos are allowed and are free of charge.
A: It varies by product. Generally, the MOQ is 1 piece.
A: DHL/FedEx and other air and sea freight options are available. In short, we can meet any shipping requirement you have.
A: Our assembly process begins with incoming quality control (IQC) of battery cells and ends with outgoing quality control (OQC) of finished product sampling. The intermediate steps include: cell capacity sorting → online cell testing → PCBA testing → semi‑finished product testing → battery pack aging → battery pack testing → final assembly → complete product aging testing → finished product testing → final inspection.