Unlock Millions in Subsidies Awaiting with BLUETTI EP2000 💰

Announcements Deals & Giveaways
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The future of energy storage begins - millions of subsidies are coming! :herb:


:battery: Rising electricity prices? Energy transition? It’s high time for greater independence! :battery:
Germany relies on climate neutrality and sustainable energy - but how can you benefit from it? With the BLUETTI EP2000 home storage system, you can bring the future of energy management right to your home!


:rocket: Why EP2000 is the perfect choice for you:
:white_check_mark: Maximum energy independence - use your own energy and permanently reduce your electricity costs
:white_check_mark: All-in-one system - high performance battery & hybrid inverter in one compact solution
:white_check_mark: Intelligent control & real-time monitoring - Keep track of your electricity consumption at all times
:white_check_mark: Multi-level safety functions - for worry-free use for many years
:white_check_mark: Versatile - Ideal for households, businesses,EV charging stations, farms & more

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:tada: Mark it now: the big million promotion starts soon! :tada:
:date: From February 25th to March 25th, secure your personal funding of up to €4,500 with a deposit of only €1,000! :moneybag:
:warning: Limited places - register now and don’t miss out!
:soon: Stay tuned for all the launch details!

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Its a really interesting system. But in my opinion there are missing some public available information to let people deside, what they need.

First of all, some more techinical details would be great.
How about selfconsumption of the system with one B700? How much does it increase with 2 or more B700?

Which configuration is needed for the full output?
What values are used for the Heat Pump, electric car charging etc. (like energy draw)?
The infosheet mentioned 45m² solar area, but how much is the watt peak? I can but 500W on this area or 50W and have a huge different in power outcome.

Thanks
Erik

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@Selfmadestrom
Thanks for the attention on EP2000 system! Here’s the info I confirmed with the product manager for your reference. :handshake:

  1. Regarding Self-Consumption:
    In a 1+2 configuration, the self-consumption is EP2000 (15W) + HV800 (10W) + B700 (1W * 2) = 27W. Each additional B700 increases the self-consumption by 1W.
    The daily self-consumption for a 1+2 setup is approximately 0.65 kWh, which is a very low level of energy loss.
  2. EP2000’s Full Power Output:
    The standalone EP2000 has a maximum power output of 20 kW. When paired with PV panels, each configuration can achieve the full 20 kW output.
    Without PV input, a 1+4 to 1+7 configuration is required to achieve the full 20 kW output. A 1+2 setup provides 10.5 kW, and a 1+3 setup provides 15.5 kW.
  3. Do you mean how long can EP2000 power a Heat Pump or charge EV right?
    This depends on the capacity configuration. For example, with a 1+5 setup (EP2000 + 5*B700), without PV input:
  • It can power a heat pump (13 kW) for about 4 hours.
  • It can charge an electric vehicle (11 kW) for approximately 4.7 hours.
  1. EP2000’s PV Input Capacity:
    The EP2000 supports a maximum PV input of 30 kW, which is 4 times higher than the EP600. This maximizes the utilization of solar power generation.
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Thanks for the answer! Really impressed about the low self consumption compared to EP600!