Portable Power Station|Outdoor Power Equipment

Portable Power Station|Outdoor Power Equipment

Model: ELY650Y 650Watt LiFePO4 Portable Power Station

Item specifics

Power: 650watts,31.68AH

Item weight: 18 lbs/8.16kg.

Voltage: 12.8V

Output wattage: 650watts,31.68AH

Included components: Portable power station

Color: yellow/black

Product dimensions: 250×250×155mm

Review

Description

Features
Tech Specs
Usage Time
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650Watt Portable Power Station

This portable power station is versatile and can power a variety of devices including smartphones, laptops, tablets, cameras, lights, small appliances, camping equipment, and even medical equipment. They are especially useful for outdoor adventures, camping, road trips, emergencies, or in areas where power is limited and reliable backup power is needed.

The energy storage battery is connected to an external power source (such as an electrical outlet or solar panel) and converts electrical energy into chemical energy for storage. An internal micro-inverter or power management system converts the stored DC energy into AC or DC power for connection to various electronic devices and appliances.

650Watt Portable Power Station Details

It can be held in one hand and easily put into a commuter bag or travel backpack. It has enough energy to charge wherever you go.

E-lary 650Watt LiFePO4 Portable Power Station Details

Included Spare Parts

E-lary 650Watt Portable Power Station Included Spare Parts 3

E-lary 650Watt Portable Power Station Included Spare Parts 4

650Watt Portable Power Station Featured

All You Need For Off-grid Living and Blackouts

Easy to carry, away from the trouble of insufficient power

E-lary 650Watt Portable Power Station Application Scenario1

Home emergency backup power

Equipped with a 220V sine wave inverter, the output waveform is the same as most of the electric power on the market, the performance is stable and reliable, no damage to the power supply equipment, and it is safer and more secure to use

Reliable energy choice for traveling

HQDS intelligent system protection, anti-overcurrent, anti-overvoltage, anti-overload, anti-short circuit, overshoot and discharge protection, over-temperature protection, etc.

E-lary 650Watt Portable Power Station Application Scenario2

E-lary 650Watt Portable Power Station Application Scenario3

Charge anything, anywhere!

Industrial-grade safety battery: 2000+ safe service life cycles. Using a new lithium iron phosphate battery, laser one-time welding forming, using professional testing equipment, strictly passed: aging test, safety test, burning short circuit, drop test, vibration test, constant temperature and humidity box, fully automatic insertion force test, etc.

Safe and reliable charging on-the-go!

The appearance is small and exquisite, with hard core strength, applicable to multiple scenes, and widely used

E-lary 650Watt Portable Power Station Application Scenario4

650Watt Portable Power Station Parameter

Parameter		Spare Parts
Product Size	250×250×155mm	Car charger cable/AC adapter/AC charging cable/product manual/certificate/warranty card
PD charging input	OV-3.5A(Max 5A/PD100 adapter)
Solar/DC input	18V-10A(Max200W)
Car charger port/DC output port	12V-10A
AC output	110V/220V/50HZ/60HZ/continuous 650W/peak 1200W
AC rated output energy	547Wh
USB outout port	5V-2A/Q3.0-18W
USB support protocol	USB support protocol
TYPE-C output protocol	PD2.0/PD3.0/OC2.0/OC3.0/0C3+FCP/AFC/SCP/Apple
Wireless charging	Max15W
Wireless charging protocol	WPC1.2.4EPP protocol
Battery	Lithium iron phosphate
Cycles	≥ 3000 Cycles
Operating temperature	-10~60°C
Charging temperature	0~45°C
Protection System	Overshoot protection/over discharge protection/over current protection/over temperature protection/short circuit protection/over voltage protection
Product inner box size	346×286×217mm
Spare parts box size	346×286×217mm
Product packaging size	1360×300×245mm
Certificate	PSE/IEC62133 battery report/METI filing/UN39.3/MSDS/ROHS/CE/EMC/LVD/FCC/sea and air certificate/drop test report

How the Portable Power Generation System Works

Mainly recharge or use solar energy

Recharge your backup battery power station with solar panels, AC outlets or a carport.

How the Portable Power Generation System Works 2

Store electricity in advance

Once fully charged, the power is stored in a portable generator that can provide backup power in an emergency.

How the Portable Power Generation System Works 3

Connect your home appliances

Connect different household appliances to your portable power station to power your appliances from stored energy.

Frequently Asked Questions

What is a portable power station?

A portable power station is a compact, battery-powered device that provides electrical power for various electronic devices and small appliances. It's designed for outdoor activities, camping, emergency backup, and situations where access to conventional power sources is limited.

How does a portable power station work?

Portable power stations store electrical energy in lithium-ion batteries. They can be charged through various methods, such as solar panels, wall outlets, or car chargers. Once charged, they convert stored energy into AC and DC power, which can be used to charge smartphones, laptops, lights, fans, and other small electronic devices.

What devices can I power with a portable power station?

You can power a wide range of devices, including smartphones, tablets, laptops, cameras, small LED lights, portable fans, mini-fridges, CPAP machines, and other low-power electronics. Make sure to check the power station's wattage and capacity to ensure it can handle the specific devices you want to power.

Can I use a portable power station during a power outage?

Yes, portable power stations are excellent for power outages and emergencies. They can provide backup power for essential devices like lights, communication devices, and medical equipment.

How long can a portable power station power my devices?

The runtime of a portable power station depends on its battery capacity and the power draw of your devices. You can estimate the runtime by dividing the power station's watt-hour (Wh) rating by the wattage of the devices you're using. Keep in mind that running high-power devices will deplete the battery faster.