Fronius Ohmpilot 9.0-3

    Description

    Fronius Ohmpilot 9.0-3
    The Fronius Ohmpilot is a consumer controller for using excess solar energy to heat water. Thanks to the continuously adjustable output from 0 to 9 kW, excess PV energy can be used for highly efficient use and supply of household consumers.

    Ohmpilot is primarily used for the intelligent control of heating elements for hot water preparation in boilers and buffer tanks, but can also be used for infrared heaters or bathroom radiators. A single-family home with average water consumption can therefore cover the majority of its hot water needs from April to October with solar energy. The result is a high degree of self-sufficiency, reduced CO2 emissions in the household and the elimination of the building's main hot water supply in the summer months.

    Fronius Ohmpilot 9.0-3

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      €749,00 Incl. VAT

      In stock - with you in 2 to 3 working days
        If you are within 10 Stdn. 50 Min. order
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        from 39€*

        German company

        Shipping from Würzburg

        Personal service 24/7

        We are happy to help you with any questions

        30 days return policy

        Risk-free thanks to satisfaction guarantee

        SKU: FRONIUS-OHMPILOT9.03-0
        Barcode: 9007947551887

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          Description

          Fronius Ohmpilot 9.0-3
          The Fronius Ohmpilot is a consumer controller for using excess solar energy to heat water. Thanks to the continuously adjustable output from 0 to 9 kW, excess PV energy can be used for highly efficient use and supply of household consumers.

          Ohmpilot is primarily used for the intelligent control of heating elements for hot water preparation in boilers and buffer tanks, but can also be used for infrared heaters or bathroom radiators. A single-family home with average water consumption can therefore cover the majority of its hot water needs from April to October with solar energy. The result is a high degree of self-sufficiency, reduced CO2 emissions in the household and the elimination of the building's main hot water supply in the summer months.

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