Solar Generators (Industry Standard) | Camping, basic emergency backup | Lithium-ion (500Wh), PWM controller, CE certified, 500W rated power | Eco-friendly, quiet, no emissions | Lower power (500W), slower charging (PWM), fewer certifications, heavier |
Our Base Model (600W) | Camping, small appliance power | Lithium-ion (600Wh), MPPT controller (▲), RoHS/UKCA/EPR (▲), 600W rated power, universal plugs (US/EU/JP/UK/ZA/JP) | ▲ 30% faster charging (MPPT vs PWM), ▲ certified safety (EU standards), versatile ports | Reliant on sunlight (▲▲ less effective in cloudy conditions), limited to 600W for large devices |
Our Advanced Model (1000W) | Extended camping, off-grid living | Lithium-ion (1000Wh), dual MPPT (▲▲), EPR Germany/France (▲), USB-C fast charge (▲▲), external battery port (▲▲) | ▲▲ 50% higher capacity, ▲▲ 4x faster charging (dual MPPT), ▲ advanced EU certifications | Higher cost (▲▲ 50% more than Base), slightly heavier, requires optimal sunlight |
Gasoline Generators | Construction, large events | Gasoline engine, 2000-5000W, loud operation, emits fumes, requires fuel | High power output (▲▲ 3-8x more than solar), reliable in any weather | Noisy (▲▲ 80+ dB), polluting (▲▲ emits CO₂), fuel-dependent (▲▲ cost-intensive) |
Inverter Generators | RVs, sensitive electronics | Gasoline-powered inverter, 2000-3000W, clean sine wave (▲), quieter | ▲ clean power (protects electronics), quieter (▲▲ 60 dB), fuel-efficient | Expensive (▲▲ 2x cost of solar), still needs fuel, heavier than solar |
Lead-acid Battery Generators | Remote backup, low-cost solutions | Lead-acid batteries (lower energy density), slower charging, cheaper | Lower initial cost (▲▲ 30% cheaper than lithium), longer lifespan cycles | Bulky (▲▲ 2x heavier than lithium), slower charging (▲▲ 8-10 hours), less efficient |