Download TRI-CELL – The efficient storage system for solar power

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Backup System
COMPLETE SYSTEMS
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TRI-CELL – The efficient storage system for solar
power
Intelligent storage system
Cutting-edge technology, top quality and optimum
coordination of the installed components make
TRI‑CELL an efficient storage system for solar energy.
The factory-assembled system ensures maximum own
power coverage and greater independence – day and
night. Intelligent energy management, modular inverters and the battery technology employed will enable a
flexible use of the system.
96 volt have proven successful in numerous applications already. The life cycle of approx. 6000 charging
and discharging cycles is equivalent to over 15 years. As
a standard, the batteries comprise 3.2 volt blocks
whose capacity comes to between 60 and 200 ampere
hours, depending on the configuration. Electronic monitoring of all cells prevents individual cells from overcharging and exhaustive discharge, and it results in the
battery's high operational reliability.
Optimum Components
Advantages in brief
TRI‑CELL combines modular inverters with grid feed-in
function for on-grid and off-grid operation in regenerative energy systems with integrated energy management system and suitable batteries. TRI‑CELL can be
used in single-phase or three-phase parallel operation
and guarantees high efficiency. The secure electric
separation of module connections, battery and mains
supply ensures a high degree of safety and enables the
utilization of thin-layer modules.
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Efficient use of connected solar modules
Power supply through own solar energy
Potentially largely independent from public power
supply
Excess power not needed is fed into the public grid
Emergency power operation possible via additional
distributor
Maintenance-free system
Night-time operation by means of modern battery
technology
State-of-the-art inverter technology in three-phase
design with transformer
Advanced lithium battery technology
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With the TRI‑CELL storage system, households can use their
produced energy even when the sun no longer shines.
The TRI‑CELL storage system is tied into the local grid –
efficiently and maintenance-free.
The environmentally-friendly and safe lithium iron
nano-phosphate batteries with a nominal voltage of
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COMPLETE SYSTEMS
Backup System
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Art. No.
1100143
1100123
Model
TRI-CELL XS-Li –
TN system
7.5 kW
9.75 kW
3
TN / TN-C-S / TN-S
Sine wave
230 V ±3 %, 400 V ±3 %
50 Hz ±0.1 %
Yes
Yes
Lithium iron nanophosphate
96 V
60 Ah
5.8 kWh
3.3 kWh
7.5 kW
9.75 kW
3
TN / TN-C-S / TN-S
Sine wave
230 V ±3 %, 400 V ±3 %
50 Hz ±0.1 %
Yes
Yes
Lithium iron nanophosphate
96 V
60 Ah
5.8 kWh
3.3 kWh
TRI-CELL S-Li – TN system TRI-CELL M-Li –
TN system
7.5 kW
9.75 kW
3
TN / TN-C-S / TN-S
Sine wave
230 V ±3 %, 400 V ±3 %
50 Hz ±0.1 %
Yes
Yes
Lithium iron nanophosphate
96 V
100 Ah
9.6 kWh
5.5 kWh
15.0 kW
19.50 kW
3
TN / TN-C-S / TN-S
Sine wave
230 V ±3 %, 400 V ±3 %
50 Hz ±0.1 %
Yes
Yes
Lithium iron nanophosphate
96 V
100 Ah
9.6 kWh
5.5 kWh
Yes
Yes
Yes
Yes
Yes
2
520 V
3
520 V
4
520 V
6
520 V
8
520 V
200 - 480 V
200 - 480 V
200 - 480 V
200 - 480 V
200 - 480 V
14 A
14 A
14 A
14 A
14 A
2800 W
2800 W
2800 W
2800 W
2800 W
Yes
Internet
IP20
-10 to +45 °C
500 mm / 800 mm /
1400 mm
-/-/-
Yes
Internet
IP20
-10 to +45 °C
500 mm / 800 mm /
1400 mm
-/-/-
Yes
Internet
IP20
-10 to +45 °C
500 mm / 800 mm /
1400 mm
-/-/-
Yes
Internet
IP20
-10 to +45 °C
500 mm / 800 mm /
1400 mm
-/-/-
Nominal AC output
Backup overload range (1 min)
Number of phases
Grid conformity
Output voltage
Voltage regulation
Frequency
Grid feed-in
Stand-alone operation
Battery technology
Battery voltage
Battery capacity
Storage capacity of batteries
Max. capacity for own
consumption without
irradiation
Exhaustive-discharge protection
DC converter
DC converter: Max. open
circuit voltage
DC converter: MPP voltage
range
DC converter: Max. input
current
DC converter: Max. input
power
Integrated display
Data communication
Protection mode
Ambient temperature
Dimensions of basic device (L /
W / H)
Dimensions of battery cabinet
(L / W / H)
Weight of basic device
Weight of battery cabinet
Product warranty
Norms
1100124
1100125
1100126
TRI-CELL L-Li – TN system TRI-CELL XL-Li –
TN system
15.0 kW
19.50 kW
3
TN / TN-C-S / TN-S
Sine wave
230 V ±3 %, 400 V ±3 %
50 Hz ±0.1 %
Yes
Yes
Lithium iron nanophosphate
96 V
200 Ah
19.2 kWh
11.0 kWh
Yes
Internet
IP20
-10 to +45 °C
500 mm / 800 mm /
1400 mm
500 mm / 800 mm /
1400 mm
250 kg
250 kg
280 kg
280 kg
290 kg
175 kg
5 years
5 years
5 years
5 years
5 years
DIN EN 60650-1, DIN EN DIN EN 60650-1, DIN EN DIN EN 60650-1, DIN EN DIN EN 60650-1, DIN EN DIN EN 60650-1, DIN EN
50178, VDE 0160, DIN
50178, VDE 0160, DIN
50178, VDE 0160, DIN
50178, VDE 0160, DIN
50178, VDE 0160, DIN
VDE 0126-1-1, IEC 62103 VDE 0126-1-1, IEC 62103 VDE 0126-1-1, IEC 62103 VDE 0126-1-1, IEC 62103 VDE 0126-1-1, IEC 62103
Continued on next page
TRITEC Group www.tritec-energy.com | © 20130419-1 | The content of this datasheet is subject to change without prior notice
...................................................................................................................................................................
Backup System
COMPLETE SYSTEMS
...................................................................................................................................................................
Art. No.
1100144
1100132
Model
TRI-CELL XS-Li –
TT system
7.5 kW
9.75 kW
3
TT
Sine wave
230 V ±3 %, 400 V ±3 %
50 Hz ±0.1 %
Yes
Yes
Lithium iron nanophosphate
96 V
60 Ah
5.8 kWh
3.3 kWh
7.5 kW
9.75 kW
3
TT
Sine wave
230 V ±3 %, 400 V ±3 %
50 Hz ±0.1 %
Yes
Yes
Lithium iron nanophosphate
96 V
60 Ah
5.8 kWh
3.3 kWh
TRI-CELL S-Li – TT system TRI-CELL M-Li –
TT system
7.5 kW
9.75 kW
3
TT
Sine wave
230 V ±3 %, 400 V ±3 %
50 Hz ±0.1 %
Yes
Yes
Lithium iron nanophosphate
96 V
100 Ah
9.6 kWh
5.5 kWh
15.0 kW
19.50 kW
3
TT
Sine wave
230 V ±3 %, 400 V ±3 %
50 Hz ±0.1 %
Yes
Yes
Lithium iron nanophosphate
96 V
100 Ah
9.6 kWh
5.5 kWh
Yes
Yes
Yes
Yes
Yes
2
520 V
3
520 V
4
520 V
6
520 V
8
520 V
200 - 480 V
200 - 480 V
200 - 480 V
200 - 480 V
200 - 480 V
14 A
14 A
14 A
14 A
14 A
2800 W
2800 W
2800 W
2800 W
2800 W
Yes
Internet
IP20
-10 to +45 °C
500 mm / 800 mm /
1400 mm
-/-/-
Yes
Internet
IP20
-10 to +45 °C
500 mm / 800 mm /
1400 mm
-/-/-
Yes
Internet
IP20
-10 to +45 °C
500 mm / 800 mm /
1400 mm
-/-/-
Yes
Internet
IP20
-10 to +45 °C
500 mm / 800 mm /
1400 mm
-/-/-
Nominal AC output
Backup overload range (1 min)
Number of phases
Grid conformity
Output voltage
Voltage regulation
Frequency
Grid feed-in
Stand-alone operation
Battery technology
Battery voltage
Battery capacity
Storage capacity of batteries
Max. capacity for own
consumption without
irradiation
Exhaustive-discharge protection
DC converter
DC converter: Max. open
circuit voltage
DC converter: MPP voltage
range
DC converter: Max. input
current
DC converter: Max. input
power
Integrated display
Data communication
Protection mode
Ambient temperature
Dimensions of basic device (L /
W / H)
Dimensions of battery cabinet
(L / W / H)
Weight of basic device
Weight of battery cabinet
Product warranty
Norms
1100133
1100134
1100135
TRI-CELL L-Li – TT system TRI-CELL XL-Li –
TT system
15.0 kW
19.50 kW
3
TT
Sine wave
230 V ±3 %, 400 V ±3 %
50 Hz ±0.1 %
Yes
Yes
Lithium iron nanophosphate
96 V
200 Ah
19.2 kWh
11.0 kWh
Yes
Internet
IP20
-10 to +45 °C
500 mm / 800 mm /
1400 mm
500 mm / 800 mm /
1400 mm
250 kg
250 kg
280 kg
280 kg
290 kg
175 kg
5 years
5 years
5 years
5 years
5 years
DIN EN 60650-1, DIN EN DIN EN 60650-1, DIN EN DIN EN 60650-1, DIN EN DIN EN 60650-1, DIN EN DIN EN 60650-1, DIN EN
50178, VDE 0160, DIN
50178, VDE 0160, DIN
50178, VDE 0160, DIN
50178, VDE 0160, DIN
50178, VDE 0160, DIN
VDE 0126-1-1, IEC 62103 VDE 0126-1-1, IEC 62103 VDE 0126-1-1, IEC 62103 VDE 0126-1-1, IEC 62103 VDE 0126-1-1, IEC 62103
TRITEC Group www.tritec-energy.com | © 20130419-1 | The content of this datasheet is subject to change without prior notice