Tabla de contenido
Inverter active
Inverter selection
Add inverter
Device configuration
/
Inverter
Modbus TCP address of the CCU inverter (Anybus)
Add inverter
Inverter active
Modbus slave ID of the CCU inverter (Anybus)
Device configuration
/
Inverter
Add inverter
Modbus TCP address of the CCU inverter (Anybus)
que corresponda al valor configurado para la carga lenta y continua. Recomendamos un valor de
1000 W.
Trickle charging [W]
Device configuration
/
Inverter
Inverter selection
Modbus slave ID of the CCU inverter (Anybus)
Add inverter
Inverter selection
Power limiter mode active
Trickle charging [W]
Inverter active
Lower power limit in watts for power limiter mode
Add inverter
Seleccione "Power limiter mode active" (Modo de limitador de potencia activo) si el inversor debe limitar
Inverter selection
Inverter active
la potencia mediante el MIO (p. ej. corte físico de picos de demanda con velocidad controlada <1 ms).
Modbus TCP address of the CCU inverter (Anybus)
Power limiter mode active
Upper power limit in watts for power limiter mode
Modbus TCP address of the CCU inverter (Anybus)
Lower power limit in watts for power limiter mode
Inverter active
Inverter selection
Modbus slave ID of the CCU inverter (Anybus)
Modbus slave ID of the CCU inverter (Anybus)
Modbus TCP address of the CCU inverter (Anybus)
Upper power limit in watts for power limiter mode
TESVOLT BMS
Requiere un registro solo si se ha seleccionado "Power limiter mode active" (Modo de limitador de
Inverter selection
Trickle charging [W]
potencia activo).
Inverter active
Trickle charging [W]
Modbus slave ID of the CCU inverter (Anybus)
Battery active
Power limiter mode active
Límite inferior de potencia del ejemplo 1) = 0, sin alimentación, es decir, alimentación cero.
Modbus TCP address of the CCU inverter (Anybus)
TESVOLT BMS
Inverter active
Power limiter mode active
Modbus TCP address of the battery (master) APU
Límite inferior de potencia del ejemplo 2) = −10 000, es decir, la alimentación de 10 kW es posible.
Trickle charging [W]
Lower power limit in watts for power limiter mode
Modbus TCP address of the CCU inverter (Anybus)
Battery active
Modbus slave ID of the CCU inverter (Anybus)
Lower power limit in watts for power limiter mode
Modbus slave ID of the battery (master) APU
Power limiter mode active
Upper power limit in watts for power limiter mode
Modbus TCP address of the battery (master) APU
Modbus slave ID of the CCU inverter (Anybus)
Trickle charging [W]
Upper power limit in watts for power limiter mode
Lower power limit in watts for power limiter mode
Lower SoC limit for trickle charging
Límite superior de potencia del ejemplo = 60 000 significa corte de picos de demanda a 60 kW.
Modbus slave ID of the battery (master) APU
Power limiter mode active
TESVOLT BMS
Trickle charging [W]
Upper power limit in watts for power limiter mode
Upper SoC limit for trickle charging
TESVOLT BMS
Lower power limit in watts for power limiter mode
Lower SoC limit for trickle charging
Battery active
Power limiter mode active
Battery active
TESVOLT BMS
Modbus TCP address of the battery (master) APU
Lower power limit in watts for power limiter mode
Upper power limit in watts for power limiter mode
Upper SoC limit for trickle charging
TESVOLT Backup Control Box
Modbus TCP address of the battery (master) APU
Battery active
Seleccione "TESVOLT BMS".
Modbus slave ID of the battery (master) APU
Upper power limit in watts for power limiter mode
Input for feedback contact for grid disconnection switch 1
TESVOLT BMS
Modbus slave ID of the battery (master) APU
TESVOLT Backup Control Box
Modbus TCP address of the battery (master) APU
Lower SoC limit for trickle charging
Input for feedback contact for grid disconnection switch 2 (optional)
Battery active
TESVOLT BMS
Lower SoC limit for trickle charging
Input for feedback contact for grid disconnection switch 1
Modbus slave ID of the battery (master) APU
Introduzca la dirección IP de la APU HV1000-S maestra. Puede ver la dirección IP en la pantalla de
Modbus TCP address of the battery (master) APU
Upper SoC limit for trickle charging
Input for SyncDevice, U<
visualización de la APU HV1000-S (2.ª "página", la dirección IP debe comenzar por 192.168.29. ... :502).
Battery active
Upper SoC limit for trickle charging
Input for feedback contact for grid disconnection switch 2 (optional)
Lower SoC limit for trickle charging
Modbus TCP address of the battery (master) APU
Modbus slave ID of the battery (master) APU
Input for SyncDevice, U>
TESVOLT Backup Control Box
Input for SyncDevice, U<
Upper SoC limit for trickle charging
TESVOLT Backup Control Box
Lower SoC limit for trickle charging
Modbus slave ID of the battery (master) APU
El valor predeterminado es "0".
Input for SyncDevice, F<
Input for feedback contact for grid disconnection switch 1
Input for SyncDevice, U>
Input for feedback contact for grid disconnection switch 1
TESVOLT Backup Control Box
Upper SoC limit for trickle charging
Lower SoC limit for trickle charging
Input for SyncDevice, F>
Input for feedback contact for grid disconnection switch 2 (optional)
Input for SyncDevice, F<
Input for feedback contact for grid disconnection switch 2 (optional)
Input for feedback contact for grid disconnection switch 1
Upper SoC limit for trickle charging
IEC reference of the utility grid transmission power measurement
TESVOLT Backup Control Box
Input for SyncDevice, U<
Input for SyncDevice, F>
Input for SyncDevice, U<
"Lower SOC Limit" (Límite inferior del estado de carga) define el umbral inferior de la envergadura de
Input for feedback contact for grid disconnection switch 2 (optional)
IEC reference of the inverter power measurement
TESVOLT Backup Control Box
Input for feedback contact for grid disconnection switch 1
la zona de protección de descarga a modo de porcentaje del estado de carga. En este valor, el sistema
Input for SyncDevice, U>
IEC reference of the utility grid transmission power measurement
Input for SyncDevice, U>
de batería se recarga automáticamente hasta el límite superior con un nivel de potencia que
Input for SyncDevice, U<
Output for disconnection from the grid
corresponda al valor configurado para la carga lenta y continua.
Input for feedback contact for grid disconnection switch 1
Input for feedback contact for grid disconnection switch 2 (optional)
Input for SyncDevice, F<
IEC reference of the inverter power measurement
Input for SyncDevice, F<
Input for SyncDevice, U>
"Upper SOC Limit" (Límite superior del estado de carga) define el umbral superior de la envergadura
Input for feedback contact for grid disconnection switch 2 (optional)
Input for SyncDevice, U<
Input for SyncDevice, F>
de la zona de protección de descarga a modo de porcentaje del estado de carga. En este valor, el
Output for disconnection from the grid
Charging power limit
Input for SyncDevice, F>
Input for SyncDevice, F<
sistema de batería vuelve al modo en espera.
Input for SyncDevice, U<
Input for SyncDevice, U>
IEC reference of the utility grid transmission power measurement
Discharging power limit
Configuración individual (en especial para usos de energía de reserva y fuera de red): recomendamos
IEC reference of the utility grid transmission power measurement
Charging power limit
Input for SyncDevice, F>
que el límite inferior del estado de carga se queda como mínimo en un 1 % y el superior en un 5 %.
Input for SyncDevice, U>
Input for SyncDevice, F<
IEC reference of the inverter power measurement
Inverter max power
Importante: el valor del límite superior del estado de carga debe estar por encima del límite inferior
IEC reference of the inverter power measurement
Discharging power limit
IEC reference of the utility grid transmission power measurement
del estado de carga.
Input for SyncDevice, F<
Input for SyncDevice, F>
Output for disconnection from the grid
Number of IPUs
Output for disconnection from the grid
Inverter max power
IEC reference of the inverter power measurement
Input for SyncDevice, F>
IEC reference of the utility grid transmission power measurement
Charging power limit
Save
Number of IPUs
Output for disconnection from the grid
Charging power limit
IEC reference of the utility grid transmission power measurement
IEC reference of the inverter power measurement
Discharging power limit
Save
Discharging power limit
Charging power limit
Output for disconnection from the grid
IEC reference of the inverter power measurement
Inverter max power
© TESVOLT Sujeto a modificaciones técnicas. RD.TI.027.E.ESP_v.C.01 Última versión 07/2021
Inverter max power
Discharging power limit
Output for disconnection from the grid
Charging power limit
Number of IPUs
/
New
/
New
/
New
Reset
Reset
TESVOLT PCS
Configurations for type
192.168.29.210:502
0
192.168.29.210:502
1,000
TESVOLT PCS
0
TESVOLT PCS
Configurations for type
Configurations for type
1,000
0
TESVOLT PCS
192.168.29.210:502
Configurations for type
0
192.168.29.210:502
0
TESVOLT PCS
0
0
192.168.29.210:502
Configurations for type
0
TESVOLT PCS
1,000
1,000
0
Configurations for type
192.168.29.210:502
1,000
0
192.168.29.210:502
0
0
0
0
0
1,000
0
0
1
0
1,000
0
2
0
1
0
0
2
0
0
1
0
1
0
1
1
0
2
4
2
0
1
0
3
4
2
0
1
6
1
3
1
1
2
5
0
6
0
1
2
Janitza_UMG_<insert serial number>
4
5
4
0
Janitza_UMG_<insert serial number>
1
3
Janitza_UMG_<insert serial number>
3
4
3
1
0
6
Janitza_UMG_<insert serial number>
6
3
0
4
5
3
0
5
6
4
3
Janitza_UMG_<insert serial number>
0
Janitza_UMG_<insert serial number>
0
5
3
6
Janitza_UMG_<insert serial number>
0
Janitza_UMG_<insert serial number>
0
Janitza_UMG_<insert serial number>
6
5
3
0
3
0
Janitza_UMG_<insert serial number>
5
Janitza_UMG_<insert serial number>
0
0
3
0
Janitza_UMG_<insert serial number>
Janitza_UMG_<insert serial number>
0
0
0
Janitza_UMG_<insert serial number>
3
0
0
0
3
0
0
puesta en marCHa 67
Tabla de contenido
