VDL 2000W/1997Wh Power station Portable Solar Gengerator LiFePo4 Battery Camping For Sale

• [2 hours full charging, overwhelming charging speed] AC has entered up to 1100W, and has a large capacity of 1997Wh in just 2 hours compared to the conventional 10 hours or more. Is possible. It can be used in a wide range of life scenes, from in the car, campaign, outdoor, family group, barbecue, night fishing, to emergency power supply in disaster and power outage. It is also recommended as a gift for family, friends, colleagues, and lovers.
• [Surprised 1997Wh super large capacity / 2000W high output] VDL Large -capacity portable power supply AC rating 2000W (up to 4000W at a moment) Microwave oven, rice cooker, air conditioner, electric carpet, home dryer, electric kettle, dryer, Home appliances with large power consumption, such as impact drivers, can be operated. In addition, since the AC100V outlet adopts a genuine waveform similar to the 110V outlet for home for home, it is extremely unlikely to damage electrical products.
• [Power can be supplied simultaneously to up to 16 devices on 6 output ports] 18W USB Type-A QC3.0 × 4, 100W USB Type-C × 2, 108.8W Car socket output × 1, 108.8W DC output × 2, AC1100W output x 6 is installed. You can supply up to 16 devices at the same time (the total power does not exceed 1000W) and do not need to carry various adapters.
• [Dual Rapid Charging] Solar charging corresponds to the voltage range of 10V to 145V, and can be up to 500W. Since the MPPT (maximum power point tracking control) method is adopted, the largest power can be extracted from the solar cell under each weather conditions. With a dual charging that combines AC and PV charging, a quick charge of 1100W is realized, and it is completely charged in 2 hours.
• [Ｗhat you get] VDL portable power supply comes with 3-year warranty. If you have anything after purchase, we will respond promptly, so please do not hesitate to contact us. Packing include portable power supply, in -vehicle charging cable, MC-4 cable, XT60 conversion cable and instruction manual.

BATTERY INFO Capacity: 1997Wh (51.2V,39Ah) Cell Chemistry: LiFePO4 (Lithium Iron Phosphate) Lifecycle: 3,500+ Cycles to 80% Original Capacity Shelf-life: Recharge to 80% Every 3-6 Months Management System: MPPT, BMS, etc OUTPUT AC Output: 3 x 100V-120V, 2000W In Total Inverter Type: Pure Sine Wave Surge Power: 4000W USB-C Port: 2 x 100W PD
2 x 20W per port USB-A Port: 2 x 15W per port 12V DC Outlets: 1 x 12V/25A (XT60 Outlet)
1 x 12V/10A (Car Outlet)
2 x 12V/3A DC 5521 (5.5mm Outlet)
*All Regulated. INPUT AC Charging: 1100W Max. 100-120V Solar Charging: Anderson Port,11.5-50V, 25A,500W Max. Car Charging: 12V from Cigarette Lighter Port RECHARGE TIMES AC Charging (1100W): ≈2 Hours Solar (500W): ≈4~4.5 Hours (With prime sunshine, ideal orientation and low temperature) 12V Car Outlet (120W): ≈10 Hours GENERAL Pass-through Charging: Yes Weight: 22kg Dimensions (LxWxD): 39.2 x 27.9 x 32.3cm Optimal Operating Temperature: 64-86℉ (18-30℃) Discharging Temperature: 14-113℉ (-10-45℃) Certification: UL Standard, CEC, DOE, FCC, CA Prop 65 Warranty: 36 Months

Q1: What are the features of the VDL HS2000 Power Station?

A: It is a portable power station that can store 1997Wh electricity power and can charge or power devices with different interfaces, such as: cell phones, tablets, drones, refrigerators, rice cookers, induction cookers, hair dryers, coffee makers, televisions etc. It can be recharged by DC, Solar Panel etc,and then recycled use. It can be used in outdoor travel, outdoor photography, disaster prevention power outage, outdoor work and other power shortage life scenarios to provide electricity. Make your life more colorful!

Q2: What are the restrictions on the appliances I use?

A: The total maximum AC output power of VDL HS2000 is 2000W (peak power is 4000W), so all the appliances connect to AC ports the power consumption should be 2000W or less. Please check the power consumption column of the appliances you plan to use. Generally speaking, the power consumption is indicated on the appliances' sticker.

Q3: How do I calculate the actual time available?

A: 1997wh x DOD x η÷ (load W) = charging time(unit: h)

Note: DOD is the battery dischage depth, η is the loacal inverter efficiency, DOD=90%, η=88%