Compare FlashFish Portable Power Stations

Quick answer: choose by continuous output first, then battery capacity. E200 and T200 cover compact needs; T300PRO adds 300W pure-sine output and EPS; T1200S suits higher-load portable use; T2000 provides the highest output and capacity in this comparison.

Specifications last verified July 21, 2026. Prices and inventory can change; use the linked product page for current availability.

Quick model recommendations

  • E200: the lightest option here for basic charging needs. It uses modified-sine AC, so confirm compatibility for sensitive or motor-driven devices.
  • T200: compact LiFePO4 model with 200W pure-sine AC and 60W USB-C.
  • T300PRO: 300W LiFePO4 model with 100W USB-C and an EPS emergency-backup function.
  • T1200S: 1200W / 768Wh LiFePO4 model for higher-load portable, RV, and short backup use.
  • T2000: 2000W / 1536Wh LiFePO4 model for the highest power and longest runtime in this group.

FlashFish portable power station comparison

On mobile: swipe the table left or right to view every model.

Specification E200 T200 T300PRO T1200S T2000
Battery capacity 151Wh 153.6Wh 230Wh 768Wh 1536Wh
Continuous / peak AC output 200W / 400W 200W / 400W 300W / 600W 1200W / 2400W 2000W / 4000W
Battery chemistry Lithium-ion LiFePO4 LiFePO4 LiFePO4 LiFePO4
AC waveform Modified sine wave Pure sine wave Pure sine wave Pure sine wave Pure sine wave
Listed cycle life 800+ 3,500+ 3,500+ 3,500+ 3,500+
Maximum solar / DC input 40W 60W 120W 400W 600W
Maximum USB-C output Not listed 60W 100W 100W 100W
Weight 1.85kg 2.5kg 4.5kg 12.45kg 19.2kg
Dimensions 208 × 110 × 158mm 200 × 142 × 146mm 256 × 169 × 169mm 343 × 212 × 245mm 344 × 223 × 300mm
Warranty 12 months 12 months 12 months 12 months 12 months

Cycle-life figures are the minimum values listed in the available product source material. Actual capacity, runtime, charging speed, and cycle life vary with load, temperature, battery age, charging conditions, and conversion losses.

How to choose the right model

1. Check continuous watts

Add the running wattage of devices that may operate at the same time and keep the total below the power station's continuous AC rating. Motors, compressors, pumps, and other inductive loads may need a higher startup surge.

2. Compare watt-hours for runtime

Wh measures stored energy. A planning estimate is usable hours ≈ battery Wh × 0.8 ÷ device watts. The 0.8 factor is only a planning allowance for conversion loss, not a guaranteed runtime.

3. Match waveform and ports

Choose pure-sine AC for broader device compatibility. Also check the required outlet type, voltage, USB-C wattage, and solar-input voltage range on the product page or manual before ordering.

4. Balance portability and capacity

Higher Wh and wattage generally increase size and weight. Choose the smallest model that safely covers the devices and runtime you actually need.

Still deciding? Email info@flashfishtech.com with each device's running and startup watts for pre-sales compatibility help.

Buying guide

Portable Power Station Comparison FAQ

Use these answers to compare power, capacity, battery type, and charging compatibility.