GEYOTO breaks down N300 and N1000 portable power specs

GEYOTO detailed how its N300 and N1000 portable power stations differ in capacity, output, charging speed, and port options. The comparison is meant to help buyers match a compact backup unit or a higher-capacity home power setup to their actual devices and outage needs.

Why it matters: - Portable power station buyers often compare specs that answer different questions, like runtime, startup power, recharge speed, and device connections. - The N300 and N1000 target different use cases, from everyday mobility to home backup and higher-demand appliances. - Understanding the spec sheet can help users avoid choosing a unit that looks powerful on paper but does not match their devices.

What happened: - GEYOTO published a spec breakdown comparing the N300 and N1000 portable power stations. - The N300 has 256Wh of battery capacity, 300W rated AC output, 500W peak output, nine output ports, and a 7.72 lb / 3.5 kg product weight excluding the silicone armor. - The N1000 has 1,024Wh of battery capacity, 1,800W rated AC output, 3,000W peak output, 13 output ports, and a 25.57 lb / 11.6 kg product weight excluding the silicone armor. - Both models use LiFePO4 batteries rated for 4,000 cycles. - Both models support less-than-10ms UPS switching.

The details: - Rated output is the continuous AC power a unit can provide. - Peak output is the short burst of power available for startup demand from appliances with motors or compressors. - Battery capacity in watt-hours describes stored energy, not output power. - Charging specs are separate from output specs and show how fast a station can be refilled. - The N300 supports 300W of rated pure sine wave output and 500W of peak output. - The N1000 supports 1,800W of rated pure sine wave output and 3,000W of peak output. - The N300 can run about 20.5 hours on a 10W LED light, 4.3 hours on a 48W Wi-Fi router, and 2.3 hours on a 90W CPAP machine. - The N1000 can run about 81.9 hours on a 10W LED light, 17.1 hours on a 48W Wi-Fi router, and 9.1 hours on a 90W CPAP machine. - Those runtime figures are planning references, not guarantees. - Actual runtime depends on device settings, startup demand, temperature, and operating conditions. - A battery cycle means one full discharge-and-recharge equivalent. - Two 40% discharges equal about 0.8 of one full cycle. - LiFePO4 chemistry is suited to repeated charging and discharging, and the battery management system helps manage charging, discharging, temperature, and electrical protection. - Battery capacity declines gradually as the battery ages and accumulates cycles. - The N300 reaches a full AC charge in about 1.4 hours. - The N1000 reaches 80% in about 43 minutes and a full AC charge in about 68 minutes. - The N300 supports up to 140W of solar input. - The N1000 supports up to 800W of solar input. - Solar charging depends on panel wattage, sunlight, cloud cover, temperature, shade, and panel angle. - The N300 has nine output ports, while the N1000 has 13 output ports. - The N300 includes three AC outlets, three USB-C ports up to 65W, one USB-A port, one car/DC output, and 25W Qi2.2 wireless charging. - The N1000 includes four AC outlets, four USB-C ports up to 140W, two USB-A ports, one car/DC output, one XT60 output, and 25W Qi2.2 wireless charging. - The number of physical connections does not increase the station’s overall rated output. - Every active output still draws from the same 300W or 1,800W continuous limit. - USB-C ports can have different output limits even when the connectors look identical. - The N300’s USB-C output is suitable for phones, tablets, and many lighter laptops. - The N1000’s USB-C output is suitable for compatible laptops, drones, and other higher-demand USB-C devices. - USB charging speed also depends on the cable and the receiving device’s charging protocol. - The N1000 includes a dedicated XT60 output rated at 12.6V/30A, up to 378W, for compatible 12V vehicle jump-start setups. - The standard 12.6V/10A car power output provides up to 126W for compatible automotive accessories. - A compatible jump-start cable is required and is not included. - The onboard display or app supports real-time monitoring of input, output, and remaining battery status. - Inverter conversion loss, temperature, startup surge, multiple devices, cable quality, wireless charging loss, and solar conditions can affect real-world performance. - The N300 is positioned for phones, laptops, cameras, routers, lighting, and short trips. - The N1000 is positioned for home outages, refrigerators, multiple simultaneous devices, RV use, and shorter preparation windows. - GEYOTO describes the N300 as a “Grab and Go” model and the N1000 as an “All-in-One: One Station. Fully Loaded.” model.

Between the lines: - GEYOTO is not just comparing battery sizes. The company is framing the two models around different workloads, which helps buyers think in terms of use case instead of raw watt-hours. - The emphasis on port types, port-specific wattage, and UPS timing suggests the biggest differences are practical, not just numerical. - The inclusion of jump-start support on the N1000 makes that model more relevant for vehicle emergencies than a standard portable power station.

What's next: - Buyers can match the device list they plan to power against each model’s rated output, battery capacity, port mix, and recharge speed. - Users who want detailed planning references can compare the full specs against the equipment they expect to run during an outage or while traveling. - Real-world results will still depend on load, temperature, and charging conditions, so testing the actual setup before relying on it remains important.

The bottom line: - The N300 favors portability and lighter everyday loads. - The N1000 is built for higher output, faster charging, and broader backup use.