ECOFOREST ecoSMART e-manager, Руководство по установке

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Installer manual ecoSMART e-manager
44
EN
BMS2 configuration
It allows us to modify the configuration parameters of the slave port BMS2 (device
address on the network, baudrate, number of stop bits and parity).
pLAN configuration
It allows us to modify the address and baudrate of the communication port pLAN.
3.14. SURPLUS CONTROL Configuration
Activation/deactivation
This screen allows us to set the limits for the activation and deactivation of the heat
pump regulation by surplus. It is necessary to configure a power injection limit and a time
for the activation as well as a consumption limit and a time for the deactivation of the
regulation.
Surplus setpoints
Show the maximum configurable target setpoints that the heat pump will try to reach in
each active service in case of surplus. The greater the value of the surplus setpoint in the
service, the more thermal energy we will be able to accumulate.
Surplus regulation
The balance for the surplus regulation set by default is zero. This means that when your
e-manager is regulating the surplus, it will try at any time to reach a zero value of balance
with the grid (zero consumption and zero injection). Since the electrical output and
consumption of the heat pump vary over time, there may be small fluctuations in this
value. It is possible to change the value of the balance according to the desired
consumption modulation of the heat pump.
* Positive power values refer to positive flows of energy to the grid (injection
).
Negative power values refer to
negative flows of energy from the grid (consumption).
.
3.15. CONSUMPTION CONTROL Configuration
Maximum consumption regulation
Configuration of the maximum consumption value of the electrical installation for which
the heat pump will regulate his consumption.
BMS2 cofguato
 16
Bauat 9600
Stop bt TWO
Paty mo NO
pN cofguato
 16
Bauat 62500
UNO
ta mu 3/6
b.Sytm
c.Svc
.Maua tt
3/6 Svc 1/4
a.Supu coto
b.Coumpto coto
c.Taff coto
1/4 ctvato/actvato
ctvato 0.5kW
tvato tm 25
Dactvato -1.5kW
Dactvato tm 25
Supu tpot
0.5kW StT
25
DHW 65.0C
Hatg 55.0C
Coog 7.0C
Poo 55.0C
Supu guato
Baac 0.0kW
55.0C
7.0C
55.0C
ta mu 3/6
b.Sytm
c.Svc
.Maua tt
Svc 2/4
a.Supu coto
b.Coumpto coto
c.Taff coto
2/4 Ma. coumpto g.
Coumpto mt-3.0kW