TESVOLT TS-I HV 80 Manuel D'installation Et D'utilisation page 68

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Inverter selection
Add inverter
Modbus slave ID of the CCU inverter (Anybus)
Inverter active
Add inverter
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Inverter selection
Trickle charging [W]
Inverter active
Modbus TCP address of the CCU inverter (Anybus)
Modbus TCP address of the CCU inverter (Anybus)
Power limiter mode active
Inverter active
Inverter selection
Modbus slave ID of the CCU inverter (Anybus)
Lower power limit in watts for power limiter mode
Modbus slave ID of the CCU inverter (Anybus)
Modbus TCP address of the CCU inverter (Anybus)
Inverter selection
Trickle charging [W]
Nécessite d'être renseigné uniquement si l'option Power limiter mode active a été sélectionnée.
Inverter active
Upper power limit in watts for power limiter mode
Trickle charging [W]
Modbus slave ID of the CCU inverter (Anybus)
Power limiter mode active
Exemple 1) Limite de puissance inférieure = 0, pas d'injection, c'est-à-dire zéro injection.
Modbus TCP address of the CCU inverter (Anybus)
Inverter active
Power limiter mode active
Exemple 2) Limite de puissance inférieure = −10000, c'est-à-dire que l'injection de 10 kW est possible.
Trickle charging [W]
Lower power limit in watts for power limiter mode
TESVOLT BMS
Modbus TCP address of the CCU inverter (Anybus)
Modbus slave ID of the CCU inverter (Anybus)
Lower power limit in watts for power limiter mode
Power limiter mode active
Battery active
Upper power limit in watts for power limiter mode
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
Modbus TCP address of the battery (master) APU
Exemple Limite de puissance supérieure = 60000 signifie écrêtement des pointes à 60 kW
Power limiter mode active
TESVOLT BMS
Trickle charging [W]
Upper power limit in watts for power limiter mode
Modbus slave ID of the battery (master) APU
TESVOLT BMS
Lower power limit in watts for power limiter mode
Battery active
Power limiter mode active
Lower SoC limit for trickle charging
Battery active
TESVOLT BMS
Modbus TCP address of the battery (master) APU
Upper power limit in watts for power limiter mode
Lower power limit in watts for power limiter mode
Modbus TCP address of the battery (master) APU
Upper SoC limit for trickle charging
Battery active
Sélectionnez TESVOLT BMS.
Modbus slave ID of the battery (master) APU
Upper power limit in watts for power limiter mode
TESVOLT BMS
Modbus slave ID of the battery (master) APU
Modbus TCP address of the battery (master) APU
Lower SoC limit for trickle charging
TESVOLT Backup Control Box
Battery active
TESVOLT BMS
Lower SoC limit for trickle charging
Modbus slave ID of the battery (master) APU
Entrez l'adresse IP de l'APU HV1000-S maître ici. Vous pouvez obtenir l'adresse IP sur l'écran de
Modbus TCP address of the battery (master) APU
Upper SoC limit for trickle charging
Input for feedback contact for grid disconnection switch 1
l'APU HV1000-S (2
Battery active
Upper SoC limit for trickle charging
Lower SoC limit for trickle charging
Modbus TCP address of the battery (master) APU
Modbus slave ID of the battery (master) APU
Input for feedback contact for grid disconnection switch 2 (optional)
TESVOLT Backup Control Box
Upper SoC limit for trickle charging
TESVOLT Backup Control Box
Modbus slave ID of the battery (master) APU
Lower SoC limit for trickle charging
La valeur par défaut est « 0 ».  
Input for SyncDevice, U<
Input for feedback contact for grid disconnection switch 1
Input for feedback contact for grid disconnection switch 1
TESVOLT Backup Control Box
Lower SoC limit for trickle charging
Upper SoC limit for trickle charging
Input for SyncDevice, U>
Input for feedback contact for grid disconnection switch 2 (optional)
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
Input for SyncDevice, F<
TESVOLT Backup Control Box
Input for SyncDevice, U<
Input for SyncDevice, U<
« Lower SoC limit for... » définit la limite inférieure de la profondeur de la zone de protection de
Input for feedback contact for grid disconnection switch 2 (optional)
Input for SyncDevice, F>
TESVOLT Backup Control Box
Input for feedback contact for grid disconnection switch 1
décharge comme pourcentage de l'état de charge. À partir de cette valeur, le système de batteries se
Input for SyncDevice, U>
Input for SyncDevice, U>
recharge à la limite supérieure à un niveau de puissance correspondant à la valeur définie pour la
Input for SyncDevice, U<
IEC reference of the utility grid transmission power measurement
charge de maintien.
Input for feedback contact for grid disconnection switch 1
Input for feedback contact for grid disconnection switch 2 (optional)
Input for SyncDevice, F<
Input for SyncDevice, F<
Input for SyncDevice, U>
« Upper SoC limit for... » définit la limite supérieure de la profondeur de la zone de protection de
IEC reference of the inverter power measurement
Input for feedback contact for grid disconnection switch 2 (optional)
Input for SyncDevice, U<
Input for SyncDevice, F>
décharge en tant que pourcentage de l'état de charge. À partir de cette valeur, le système de batteries
Input for SyncDevice, F>
Input for SyncDevice, F<
retourne en mode veille.
Output for disconnection from the grid
Input for SyncDevice, U<
Input for SyncDevice, U>
IEC reference of the utility grid transmission power measurement
Configuration individuelle – en particulier pour l'alimentation de backup et les applications hors
IEC reference of the utility grid transmission power measurement
Input for SyncDevice, F>
réseau : nous recommandons de laisser la limite SoC inférieure à au moins 1 % et de définir la limite
Input for SyncDevice, U>
Input for SyncDevice, F<
IEC reference of the inverter power measurement
Charging power limit
supérieure à 5 %.
IEC reference of the inverter power measurement
IEC reference of the utility grid transmission power measurement
Important : la valeur de la limite SoC supérieure doit être supérieure à celle de la limite SoC inférieure.
Input for SyncDevice, F<
Input for SyncDevice, F>
Output for disconnection from the grid
Discharging power limit
Output for disconnection from the grid
IEC reference of the inverter power measurement
Input for SyncDevice, F>
IEC reference of the utility grid transmission power measurement
Inverter max power
Charging power limit
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
Number of IPUs
Discharging power limit
Discharging power limit
Charging power limit
IEC reference of the inverter power measurement
Output for disconnection from the grid
Save
Inverter max power
Inverter max power
Discharging power limit
Output for disconnection from the grid
Charging power limit
Number of IPUs
Number of IPUs
Inverter max power
Charging power limit
Discharging power limit
Save
Number of IPUs
Save
Discharging power limit
Inverter max power
Save
Inverter max power
© TESVOLT Sous réserve de modifications techniques. RD.TI.027.E.FRZ_v.C.01 État au 07/2021
Number of IPUs
« page », l'adresse IP doit commencer par 192.168.29. ... :502).
e
Reset
Reset
Reset
Reset
TESVOLT PCS
Configurations for type
0
Configurations for type
TESVOLT PCS
1,000
192.168.29.210:502
Configurations for type
192.168.29.210:502
TESVOLT PCS
0
0
0
192.168.29.210:502
Configurations for type
TESVOLT PCS
1,000
0
1,000
0
Configurations for type
192.168.29.210:502
1,000
0
192.168.29.210:502
0
0
0
0
1,000
0
0
1,000
0
0
0
1
0
0
2
0
0
0
1
1
0
2
1
2
1
0
0
2
1
0
4
1
1
1
2
3
0
0
1
2
6
4
4
0
5
1
3
3
4
Janitza_UMG_<insert serial number>
0
1
6
6
3
Janitza_UMG_<insert serial number>
0
4
5
5
6
3
4
3
Janitza_UMG_<insert serial number>
Janitza_UMG_<insert serial number>
5
3
6
Janitza_UMG_<insert serial number>
0
Janitza_UMG_<insert serial number>
Janitza_UMG_<insert serial number>
6
5
3
0
3
Janitza_UMG_<insert serial number>
Janitza_UMG_<insert serial number>
5
0
0
3
0
Janitza_UMG_<insert serial number>
Janitza_UMG_<insert serial number>
0
0
0
0
Janitza_UMG_<insert serial number>
3
0
0
0
3
0
0
0
0
0
0
0
0
0
0
0

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