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Renogy 2000W 12V to 230V Pure Sine Wave Inverter A$279.99 (Was A$359.99) Delivered @ Renogy AU

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We have started our black Friday sale.
DESCRIPTION
The perfect addition to any off-grid system, whether for a van or a cabin, the Renogy 2000W Pure Sine Wave Power Inverter acts as a DC to AC converter that allows you to power your household appliances. Unlike modified sine wave inverters, this 2000W inverter is a pure sine wave, capable of producing cleaner, smoother, and more reliable electricity to operate tools, fans, lights, and other electronics without interference. Many off-grid systems require a 12V solar inverter to power everyday electronics and this one includes multiple protections to help things run smoothly and safely.

The AC priority switch function enables the inverter automatically switch from the battery (DC) to the mains (AC) and vice-vercer whenever the utility company takes/loses power!

KEY FEATURES
Safe
Electronic overload protection with automatic shutdown.
Built-in internal backup DC fuse provides added safety.
Low battery voltage protection with automatic shutdown.
Over temperature protection with automatic shutdown.
Output short circuit protection.
UPS (AC priority switch) function: Transfers input power between battery supply & AC main within 50mS

RENOGY 2000W 12V PURE SINE WAVE INVERTER
Input Voltage: 12VDC Continuous Power: 2000W
Surge Power: 4000W Output Voltage: 220VAC±10
Output Frequency (Nominal): 50Hz±0.3 Output Wave form:Pure Sine Wave
Static Current: 1.3A Input Voltage Range: 11-16Vdc
Low Voltage Shutdown: 10Vdc Recover from low voltage protection
Battery supply & AC main transfer time within 50mS High Voltage Shutdown: 16.3Vdc
Dimensions: 44222092mm Weight: 4.8Kg

Renogy is a renewable energy company that prides itself on supplying the highest quality renewable energy products on the market today and for the future. Our customer service and technical support us superb. Please do not hesitate to contact us!

This is part of Black Friday / Cyber Monday deals for 2021

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closed Comments

  • Are these EMC approved?

  • OP….Would this be suitable to power (start up) a 1.5hp (1.1kW) 240v 50hz pool pump? I note the surge power is rated at 4000W.

    • interesting question. Inrush currents can be much greater than 4 X the rated current draw - roughly the surge rating ratio to your pump.

      From the web: Often, during the initial half-cycle of electrical current flow experienced at motor startup, inrush currents reach levels 20 times greater than the normal current levels experienced during the motor’s normal operating speeds. After this initial inrush of current, the motor begins to rotate. At this point the initial starting current subsides, reducing to a level of current equal to 4 – 8 times the normal running current for that motor. This reduced, yet still largely exaggerated current, is sustained only briefly, as the motor quickly reaches full running speed, where current then subsides to its normal operating level.

      You might well need to test given different possible motor+pump behaviours. Even if the inverter can do this, it might shorten its life to do this on a daily basis.

    • You need to know the batteries being used to answer that question. If you have a single 100Ah battery then I would say no. I found I could start a 100W motor in a fridge if my 100Ah battery was fully charged. When it was getting down even slightly there was no chance. This was with a 1000W inverter.

  • -2

    Best price of the year while stock lasts.
    If this product is pre-sold, we will arrange delivery when it is available.

    • +2

      Please don't do that, overselling just infuriates people. esp with the massive postal delays and xmas round the corner.

      • Fine if they are open about it, which they are

  • +1

    I brought one to replace my kings inverter that burn out after 12 month of use and this inverter has been working great. low idle consumption compare to the kings. would recommend this inverter

    • We've got the 3000W version mounted in our caravan, hooked up to 600Ah of lithium batteries. Happily runs our air conditioner along with other appliances. Seems well built and handles the load fine without batting an eyelid. Have since bought more Renogy gear as it seems well built for a decent price point.

  • I have a 170AH Lithium battery, would that be enough to run this?

    • Please check the listing: https://au.renogy.com/renogy-2000-12v-to-230v-pure-sine-wave…
      Maybe you need two batteries.

      • Thanks, I noticed it says you could use 2 100ah batteries for it. So 200ah would work but 170ah won't. Just wondering is that only if it's used to full capacity, or if only say 1200w was used would it be OK?

        • if you have the Renogy 170ah lithium then the max instant discharge rate is 125a which works out to be roughly 1200w (at 10a per 100w). This doesn't take into account losses or the inverter power consumption. I'd say it would be OK for short runs.

          • @burnstar: Thanks for that info. So I'm going to get the 2000w inverter. I'd like to just charge it from a solar panel on the roof of my van. Can you connect just solar onto the renogy dc to dc chargers that have the built in mppt controller, so I have the option of connecting to the vehicle battery and alternator down the track? Or should I just get an mppt solar charge controller on its own?

            • +1

              @coastcoast1: You should be able to just use the built in mppt on the DC DC. it should work regardless whether it's connected to the Starter battery (that's why it charges via the mppt when you are parked). I have a Redarc that works the same way.

            • @coastcoast1: It's potentially a good idea to get an inverter that is smaller than what your battery can handle. If you get a 2000W unit and the battery can only supply 1000W then you risk damaging the battery or blowing fuses (if you fuse between the battery and inverter). You will likely also have a higher standby current with a bigger unit. I have a 1000W inverter and actually want to get a smaller unit so it will have a lower standby current. Mine is 0.7A, the one above is 1.3A but some units have less.

  • How does that compare to this one
    https://ipower.energy/products/pure-sine-wave-inverter-12v-o…

    Anyone have any experience with Power Distributors Australia for Inverters. This is a 3000W Pure Sine Wave for $199- at the moment (50% off)

    Or this one form Kogan for $299-
    https://www.kogan.com/au/buy/ttv-mobi-power-inverter-12v-to-…

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