DP2000iL - 2000W LiFePO4 Portable Power Station (Trolley)

Average Rating:

2000W Pure Sine Wave Inverter, 4000W Surge Power, 2048Wh LiFePO4 Lithium Battery. This portable power station features one of the largest capacity batteries on the market plus a 2000w inverter capable of powering multiple laptops, routers, TV's, a fridge and more. This unit will keep you powered during load-shedding, or extended power outages.

AC/DC Dynamics

Normal price: R 37999

Price: R 28999

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5 in stock

Description

Features:

High capacity battery - 2048Wh
2 x South African 3 prong plugs
High safety level and long life with LiFePO4 lithium battery
2000W inverter, 4000w surge power
Intelligent control and monitor by smartphone APP
Wheels make the power station easy to move around
Reliable power control system
Multi-protection system
Various charging methods: AC charger, solar panels, car charger
Superior output capacity

Specifications

2000W Pure Sine Wave Inverter (4000w Surge Power)
Rated power: 1000VA
Peak power: 2000VA
Battery: 2048Wh, 80Ah(25.6V) LiFePO4 battery (Lithium)
Battery Life Cycle > 2500
AC output: 240V/50Hz pure sine wave
DC ouput: 12V/33A anderson SB50, 12V/10A cigarette lighter, 12V/6A 6mm port, and 5V/2A/1A USB
Charging input: AC 230 VAC / 300W (Built in AC Charger)
Solar Charging: Built in MPPT charger. 36-140 Volts, Max 300 Watts
Dimensions 53x32x43cm with 36kg weight

*note that the photo used is of the DP1000, both units look the same.

DP1000iL 1000w pure sine wave power station main 10

Total Reviews: 5

Average Rating:

14-02-2022

excellent service / delivery Dylan is best and he followed up in professional manner. Will recommend this company
elma
pretoria -
Was this review helpful to you? No Yes Thank you for your feedback. 3 users found this helpful.
02-03-2023

Morning Dylan the DP2000iL - 2000W Portable Power Station (Trolley) was received in good order and is working very well. Very much impressed with this power station which is used to run two (2) fridges at the same time through load shedding periods and easy being topped up between load shedding intervals with the 300-watt internal charger. Thank you for your quick response, personal assistance and overall great service, it was nice to business with Eco-Hub. Friendly greetings.
Callie
Aliwal- North -
Was this review helpful to you? No Yes Thank you for your feedback. 2 users found this helpful.
29-09-2022

Good quality mobile inverter generator with 2kWh LFP battery. Very easy to transport. The 2kW pure sine power comes in handy. There is no perceivable delay in the UPS function. It charges on AC at only 300W from wall plug so if you want to use it as a UPS check that the load does not exceed 300W else the battery will discharge. I am looking into investing into solar to boost the charge with a further 600W. Pleasure doing business with EcoHub.
Ruan
Secunda -
Was this review helpful to you? No Yes Thank you for your feedback. 2 users found this helpful.
02-12-2022

Exceptional service and advice. Exceeded our expecations.
Johan
Bethlehem -
Was this review helpful to you? No Yes Thank you for your feedback. 1 user found this helpful.
24-11-2022

After an initial faulty unit was quickly swapped-out by the supplier, our power station has a fridge and freezer permanently connected to it and has been powering them flawlessly for a while now. It has been a relief to know that they continue running during regular load-shedding. The only issue so far has been that, if the outages have been too close to each other, the battery does not have enough time to recharge fully. This is because it seems to share its charge and supply (inverter)...
After an initial faulty unit was quickly swapped-out by the supplier, our power station has a fridge and freezer permanently connected to it and has been powering them flawlessly for a while now. It has been a relief to know that they continue running during regular load-shedding. The only issue so far has been that, if the outages have been too close to each other, the battery does not have enough time to recharge fully. This is because it seems to share its charge and supply (inverter) circuits, so the charge wattage is reduced by the wattage of the connected load. The solution is then to unplug the load (fridge and freezer) while there is no load-shedding, plug them into mains power and then the power station is able to use the full charge capacity. Battery charging is then much faster. Adding solar panels should alleviate this problem.
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Trevor
Robertson -
Was this review helpful to you? No Yes Thank you for your feedback. 4 users found this helpful.