Greenpeace

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How does virtual net metering work?

Virtual net metering by households and small/medium enterprises allows us to produce our own clean energy for self-consumption from RES, even if the RES installation is far from the point of consumption.

The energy produced by the RES system  offsets the consumption in our electricity bill.

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Calculate your financial benefit here!

Do you want to estimate what your financial benefit would be if you joined or created an energy community? Use our calculator and find out what you would gain.

Annual consumption (kWh)

1500 kWh
1000* kWh60000 kWh
*Minimum annual consumption for an actual benefit = 1000 kWh

Annual consumption percentage
that you want to cover (%)

70 %
0%100%
Fill in your email and we will send you the results of the calculation so that you can plan your next steps.

    Result

    2.8
    φ/β
    πάνελ
    *4 PV PANELS = 1KW
    The average output of a PV panel of
    1kW power in Greece
    is 1500 kWh per year
    700
    €
    *1 pv panel of power
    1 kW=1000 €
    178.5
    €
    *0.17 € / kWh
    420
    kg
    *kg CO2 per year
    With a cut of 0.4 kg/ kWh
    Source: Ministry of Environment
    & Energy

    The information provided is an approximation:

    • The number of photovoltaic units may vary depending on the construction, the size of the installation and the type of equipment.
    • Solar output varies according to location, but you can use this tool to estimate sunshine hours in your location.
    • Equipment costs may vary depending on the installation size, the equipment supplier, the installation costs and price fluctuations throughout the year.
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    Scenario of participation in an energy community

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    The owners and/or tenants of the apartments of an apartment building create an energy community in order to install and operate a photovoltaic unit on another plot within the district of the apartment building, using virtual net metering.
    The energy produced by the photovoltaic unit offsets the consumption, and the amount is deducted from the energy bills.

    E.g.: If the total annual energy needs are about 75,000 kW, then:

    • Estimated required pv system power: 50 kW
    • Estimated budget: 40.000 €
    • Estimated total annual savings on consumers’ energy bills: 7.000 €
    • Estimated investment’s break even point: 8 years