Solar Generators & Kits
Choose your solar generator kit
R1500 + SF200
- R1500 power station
- 200W flexible solar panel
- Light and easy to carry
S2000 Pro + SF200
- S2000 Pro power station
- 200W flexible solar panel
- Portable, with more power
S2000 Pro + 200W Panel
- S2000 Pro power station
- 200W solar panel
- Balanced, all-round kit
S2000 Pro + SP037
- S2000 Pro power station
- 400W solar panel
- Faster solar charging
R2500 V2 + SE160
- R2500 V2 power station
- 160W solar panel
- Everyday charging
R2500 V2 + 200W Panel
- R2500 V2 power station
- 200W solar panel
- A strong starter kit
R2500 V2 + 600W Panel
- R2500 V2 power station
- 600W solar panel
- Very fast solar charging
R3500 + SP037
- R3500 power station
- 400W solar panel
- Larger system for home use
R4000 + SF100
- R4000 power station
- 100W flexible solar panel
- High output and capacity
How to read a kit name
Why many people start with a kit
| Solar generator kit | Separate parts | |
|---|---|---|
| Compatibility | Matched for you, so the panel suits the power station. | You check input limits and connectors yourself. |
| Convenience | One choice covers the station and the panels. | Two or more choices to research and compare. |
| Flexibility | A fixed pairing, which you can often build on later. | Mix and match any combination your station accepts. |
| Best for | First-time buyers and anyone who wants a simple start. | Experienced buyers with specific panel needs. |
No matching worries
The panel and power station are paired, so you don't need to check voltage, current or connectors.
Ready to use
Set the panel in the sun, connect it, and start charging. There's nothing extra to choose.
Room to grow
Many power stations accept more panels later. Check the maximum solar input on the product page.
Match the kit to what you'll run
Around 1,800–2,400 W
Phones, lights, laptops, a camping fridge and small appliances. A good fit for trips, work and short outages.
Around 2,500 W
Daily use in a van or RV, or home essentials. Strong solar options, up to a 600W panel setup.
3,000 W and above
Bigger loads and longer outages, with more output and a larger battery for home backup and independence.
Kits side by side
| Kit | Power station | Solar panel | Kit rating | Best for |
|---|---|---|---|---|
| R1500 + SF200 | R1500 | SF200 · 200 W flexible | 1,800 W | Outdoor |
| S2000 Pro + SF200 | S2000 Pro | SF200 · 200 W flexible | 2,400 W | Emergency |
| S2000 Pro + 200W Panel | S2000 Pro | 200 W | 2,400 W | Home Backup |
| S2000 Pro + SP037 | S2000 Pro | SP037 · 400 W | 2,400 W | Work |
| R2500 V2 + SE160 | R2500 V2 | SE160 · 160 W | 2,500 W | Outdoor |
| R2500 V2 + 200W Panel | R2500 V2 | 200 W | 2,500 W | RV & Van Life |
| R2500 V2 + 600W Panel | R2500 V2 | 600 W | 2,500 W | RV & Van Life |
| R3500 + SP037 | R3500 | SP037 · 400 W | 3,200 W | Home Backup |
| R4000 + SF100 | R4000 | SF100 · 100 W flexible | 3,600 W | Independence |
Where to start for each way of living
Camping and outdoors
Start with the R1500 + SF200 kit.
Van and RV life
Start with the R2500 V2 + 600W kit.
Home backup
Start with the R3500 + SP037 kit.
Emergencies
Start with the S2000 Pro + SF200 kit.
Energy independence
Start with the R4000 + SF100 kit.
Work anywhere
Start with the S2000 Pro + SP037 kit.
Questions about solar generator kits
A solar generator kit pairs a portable power station with solar panels. The power station stores and delivers the energy, and the panels recharge it from the sun, so you can power devices without the grid and without fuel.
A kit is simpler, because the panel and power station are matched. Separate parts give you more freedom to choose, but you need to check compatibility yourself. Most first-time buyers find a kit the easier start.
Kit names list the output rating, then the power station, then the panel. For example, “Kit 2400W (S2000 Pro + SF200 200W Flexible Solar Panel)” means a kit rated 2400W with an S2000 Pro power station and a 200W flexible SF200 panel.
Often yes. Check the power station’s maximum solar input and the manual before you add panels. A higher input leaves more room to grow.
Add up the watts of everything you’ll run at the same time, and the watt-hours you’ll use per day, then add a 20–30% margin. The sizing tables in our solution guides include worked examples.
Hours of full sun ≈ battery Wh ÷ (panel W × 0.75). A 1,000 Wh battery with a 200 W panel needs about 6.7 hours of strong sun. A larger panel charges faster, up to the power station’s maximum input.
Yes. It works from a wall socket on its own, and the panels simply give you a way to recharge away from mains power.