ALLPOWERS Solar Generator 2400W (S2000 Pro + SP039 600W Solar Panel with Monocrystalline Cell)
Swift, free delivery from our UK warehouse – expect delivery in 1-3 business days, with possible delays in certain regions.
Orders with power stations and solar panels may ship separately.
Enjoy 15-day Price Protection from your purchase date. If the price drops, we'll refund the difference.
Unhappy with your purchase? Return it within 15 days of shipment for a hassle-free refund.
Our power stations offer a 5-year warranty, solar panels have a 2-year warranty, and cables come with a 1-year warranty.
ALLPOWERS Solar Generator 2400W (S2000 Pro + SP039 600W Solar Panel with Monocrystalline Cell)
1451Wh Capacity
2700W Output
Multiple Panel Compatible
11 Outputs
Power Solution for Outdoor Adventures and Emergencies
Power at Your Fingertips
1451Wh of Enduring Power
Harnessing Sustainable Energy
One-Touch Operation
Power Your Adventures
S2000 Pro with Solar Panel
ALLPOWERS Solar Generator 2400W (S2000 Pro + SP037 400W Solar Panel)
Regular price £1,259.99 Sale price £1,259.99 Regular price
ALLPOWERS Solar Generator 2400W (S2000 Pro + SP033 200W Solar Panel)
Regular price From £1,049.99 Sale price From £1,049.99 Regular price
ALLPOWERS Solar Generator 2400W (S2000 Pro + SF200 200W Flexible Solar Panel)
Regular price From £989.99 Sale price From £989.99 Regular priceDiscover More
Carrying Handle Design
Intelligente BMS
Smart App Control
Sustainable Solar Energy
Specification¹
%20Capacity%20Maximum%202400W%20Pure%20Sine%20Wave%20Inverter(4000W%20peak)%20Fast%20Charging%20in%201.5%20Hours...){kind=link}
Frequently Asked Questions
The runtime can be calculated as follows:
AC Output Runtime = Battery Capacity x Depth of Discharge x Inverter Efficiency ÷ Rated Power of the device.
For example, if the S2000 Pro is used to power a 500W e-bike, the runtime would be: 1451Wh x 86% x 80% ÷ 500W ≈ 1.9 times.
Or you can calculate here how long power stations with different outputs can supply your system.
DC Output Runtime = Battery Capacity x Depth of Discharge ÷ Rated Power of the device.
For example, if the S2000 Pro is used to power a 100W laptop, the runtime would be 1451Wh x 86% ÷ 100W ≈ 12.5 times.
The above date is for reference ONLY. Please note that the formula is NOT suitable for inductive loads with compressors, like refrigerators, air conditioners, etc.
The S2000 Pro has a 2400W AC output (4000W peak), allowing you to power devices with a rated power of up to 2400W and a peak power of up to 4000W.
Yes, you can charge the S2000 Pro with a 12V/24V car cigarette lighter. You will need a Car to XT60 cable.
S2000 Pro is equipped with an XT60 interface with a maximum solar input of 650W, allowing for seamless connection with a variety of solar panels.
Compatible Solar Panels
SF400 400W Flexible.
SP037 400W Foldable.
SP035/SP033 200W Foldable: Up to 3 series connections.
SF200 200W Flexible: Up to 3series or parallel connections.
SP029 140W Foldable: Up to 3 series connections.
SF100 100W Flexible: Up to 4 series or parallel connections.
SP027 100W Foldable: Up to 4 series connections or 3 parallel connections.
Third-Party Solar Panels
If you prefer to use third-party solar panels, ensure they meet the following specifications to be compatible with S2000 Pro:
- Voltage Range: 18-70V
- Current Range: Under 18A
- Maximum Power Input: 650W
**Note: ALLPOWERS reserves the right of final interpretation. Parameter changes will not be notified. Please refer to the product manual for accurate specifications.
At present, for battery life maintenance, it is recommended not to charge and discharge at ordinary times, except in emergencies. When the generator is recharging from AC wall mains, only the USB outings and AC outings are available. As for other output sockets, they are not capable of charging and discharging at the same time, what is more, DC outing will be enabled with priority when there are multiple devices plugged in. For the rest ports, first come first served.
No, the S2000 Pro is not waterproof. Please do NOT store it in a humid environment for an extended period.