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Hybridi off-grid aurinkoinvertteri SRNE 10kW/5kW-48 MPPT 500V, HF4850S80-H tehotasapainolla
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OFF-GRID INVERTER SRNE HF4850S80-H
Open circuit voltage from panels up to 500V!
1-fazowy
Advantages compared to konkurencji:1. solutionsPossibility of connecting to a home network via a separate network (competitors only via an extension cable)
2.Short switching time to batteries - only 10ms
3.High voltage from panels - ability to switch strings from the on-grid inverter (MPPT works up to 450V)
4.Possibility to connect a WiFi card for remote monitoring
5.A real power balancer from panels and networks.In the course of working with panels and networks, only the missing power is selected from the network.
6.High quality workmanship and failure-free operation.
Solar inverters SRNE are intended for the construction of independent Off-grid power systems 230V based on energy obtained from PV panels, the power grid and the battery.Thanks to their modular design and flexible configuration, SRNE inverters can operate in UPS mode with battery charging from PV panels and/or the power grid, they can also operate in buffer systems powered only by PV panels and/or supported by energy from the %p1/ grid % .
This inverter can work connected to the power grid at home, ie through a wall socket.Most competing solutions do not allow this - they must be connected through extension cords and multi-plugs.This is one of the biggest advantages of this product.Of course, this inverter cannot "wpychać" the surplus to the grid (but it can draw from the grid).
Technical data in the "Do tab pobrania"
NOTE: The maximum permissible voltage of panels connected to the inverter must take into account their characteristics, i.e. voltage increase during severe frost.At a temperature of -15 degrees, the voltage from the panels may be higher by 14% compared to the standard conditions given in the specifications (usually 0,4% increases for each degree C lower).So, for example, if the inverter allows a maximum voltage of 500V and you have panels with an open circuit voltage of 49V, you cannot use more than 9 of them in a string (And it seems that 10x49V=490V).W in winter 10 pcs of such panels will reach a voltage of up to 560V,, which will damage the inverter.
Open circuit voltage from panels up to 500V!
1-fazowy
Advantages compared to konkurencji:1. solutionsPossibility of connecting to a home network via a separate network (competitors only via an extension cable)
2.Short switching time to batteries - only 10ms
3.High voltage from panels - ability to switch strings from the on-grid inverter (MPPT works up to 450V)
4.Possibility to connect a WiFi card for remote monitoring
5.A real power balancer from panels and networks.In the course of working with panels and networks, only the missing power is selected from the network.
6.High quality workmanship and failure-free operation.
Solar inverters SRNE are intended for the construction of independent Off-grid power systems 230V based on energy obtained from PV panels, the power grid and the battery.Thanks to their modular design and flexible configuration, SRNE inverters can operate in UPS mode with battery charging from PV panels and/or the power grid, they can also operate in buffer systems powered only by PV panels and/or supported by energy from the %p1/ grid % .
- Included
- Off-Grid Solar Inverter SRNE HF4850S80-H 1-fazowy %p10 /%
- Maximum continuous output power 5kW (temporary 10kW)
- User manual
- MPPT charging control
- Maximum panel power 5000W
- Warranty 2 years
This inverter can work connected to the power grid at home, ie through a wall socket.Most competing solutions do not allow this - they must be connected through extension cords and multi-plugs.This is one of the biggest advantages of this product.Of course, this inverter cannot "wpychać" the surplus to the grid (but it can draw from the grid).
Technical data in the "Do tab pobrania"
NOTE: The maximum permissible voltage of panels connected to the inverter must take into account their characteristics, i.e. voltage increase during severe frost.At a temperature of -15 degrees, the voltage from the panels may be higher by 14% compared to the standard conditions given in the specifications (usually 0,4% increases for each degree C lower).So, for example, if the inverter allows a maximum voltage of 500V and you have panels with an open circuit voltage of 49V, you cannot use more than 9 of them in a string (And it seems that 10x49V=490V).W in winter 10 pcs of such panels will reach a voltage of up to 560V,, which will damage the inverter.