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Product description
ecoEnergyManagementSystem
The ecoEnergyManagementSystem controls the flows of current between the connected
components. The relevant parameters are defined using the ecoSetupTool. The most important
functions of the ecoEnergyManagementSystem are as follows:
•
Managing priorities, e.g. in which sequence should the connected components draw on the
self-generated photovoltaic energy
•
Switching components on or off according to their activation thresholds, e.g. switch on the
boiler when the battery is at >90% capacity and surplus mains power is >3 kW
•
Overriding components on a user-specific basis, e.g. using a command from the ecocoach App
•
Peak load management, e.g. to charge an electric car at full power without prolonging the
connection to the public grid
•
Emergency power (in combination with power system protection), e.g. to disconnect the
domestic grid if there is instability in the public grid to ensure that the property’s power supply
is not affected by a power outage.
ecoInvert
The ecoInvert operates at the domestic grid’s power supply level and converts incoming and
outgoing voltages into the necessary target voltage. Incoming alternating current is thus converted
into direct current and vice versa so that the ecoBatteryModule can be charged/discharged.
ecoBatteryModule
The ecoBatteryModule is the lithium battery of the ecoBatterySystem. It stores any surplus energy,
which is used to cover subsequent demand.
Connections
The following energy producers and consumers can be connected (see Production Sheet):
Examples
•
Electric boiler
•
Domestic grid
•
Charging station
•
Mains
•
Photovoltaic system
•
Standard consumer
•
Heat pump
•
...
Various connections
see chapter 3.3 "Technical specifications"
TM_ecoBatterySystem_2.2_en-UK
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