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Project name Location ※PV power (kW) 200kW ※ Battery (kWh) 0 Estimated project start date Estimated COD date Delivery method: FOB CIF Self-pickup Automobile transportation Customer information ※Customer name ※Tel. ※Company name ※E-mail Address List of goods Name Model Unit price Quantity Subtotal INVERTER XG100-136kW PV Panel Solarpanels-sun-550-1 Mounting set
Ex-VAT € 99,000
For more information and funding of the project, send email: info@crowntech.eu
Below is a description of all our products
400-415W High Efficiency Half-Cell Mono PERC Module
Pmax Current-Voltage & Power-Voltage Curves (400W) 1000w/m2 800w/m2 600w/m2 400w/m2 200w/m2 SE RIAL NUM BE R Junctino Box Junction Box Junctino Box ﹢ Grounding holes 2×Ø SER IAL NUM BER 4 1068 ±1 Bar Coad Label negative (-) Junction Box positive (+) Mounting holes 1724±1mm 1134±1mm H±0.5mm 1084±1mm Make it happen * The technical parameters contained in this datasheet may deviate slightly, and Sunova does not guarantee that they are completely accurate. Due to continuous innovation, research and development and product improvement, Sunova reserves the right to adjust the information in this datasheet at any time without prior notice. The customer should obtain the latest version of the data sheet when signing the contract and make it an integral part of the binding contract signed by both parties. The Chinese (or other language) translation files of this datasheet are for reference only. If there is any inconsistency between the English version and the Chinese version (or other language versions), the English version shall prevail.
Hybrid Inverter 10Kw Sunova Solar Technology Co., Ltd www.sunova-solar.com SUNOVA-TL 5/6/8/10/12K-EU-D ,Three Phase Low Voltage
Hybrid Inverter Sunova Solar Technology Co., Ltd www.sunova-solar.com SUNOVA-TL 5/6/8/10/12K-EU-D Three Phase Low Voltage ���% unbalanced output, each phase. Max. output up to ��% of rated power. DC coupling and AC coupling for conversion of existing solar system. Max. item in parallel arrangement for on-grid and off-grid operation. Support multiple batteries in parallel arrangement. Max. charge/discharge current ���A. ��V low voltage battery, transformer isolation design. � time periods for battery charge/discharge. Support diesel generator energy storage. Hybrid inverter www.sunova-solar. com Model SUNOVA-TL �K-EU-D SUNOVA-TL �K-EU-D SUNOVA-TL �K-EU-D SUNOVA-TL ��K-EU-D SUNOVA-TL ��K-EU-D Data battery input Battery type Battery voltage range (V) Max. charging current (A) Max. discharge current (A) External temperature sensor Charge curve Charging strategy for Li-ion battery Lead/acid or Li-ion ��~�� ���� ��� ��� ��� ��� ��� ��� �� � ��� ��� � of stages / Balancing Self-adjustment in battery management system Solar cell chain input data Max. DC input power (W) Nominal solar cell input voltage (V) Start voltage (V) Point detection voltage range max. power (V) Full load DC voltage range (V) Solar cell input current (A) Max. ISC Solar Cells (A) No. of point detectors max. validity No. of chains per point detector max. power ���� ���� ����� ������ ������ ����(����~����) ���� ���-��� ���- ��� ��+�� ��+�� ��+�� ��+�� � �+� �+� AC Output Data Rated AC and UPS Output Power (W) Max. AC output power (W) Rated AC output current (A) Max. alternating current (A) Max output short circuit current (A) Max. AC continuous pass (A) Peak power (off grid) Power factor Output frequency and voltage Grid type Total harmonic distortion DC channeling Max. efficiency Efficiency in euros Point detection efficiency max. of force ���� ���� ���� ������ ������ ���� ���� ���� ������ ������ ��,� � � ��,� ��,� ��,� ��,� ��,� ��,� ��,� ��,� �� �� � times the rated power, �� S �,� supply to �,� dead phase ��/��Hz, �L/N/PE ���/���Vac Three Phase <�% (of rated power) <�,�% In ��,��% ��,��% ��,��% Protection Integrated Output Protection against voltage DC type II/AC type III Grid regulation VDE����, IEC����/������, VDE����, AS����.�, CEI � �� , EN�����-�, G��, G��, C��-��, UNE������, NBR����/NBR����� Electromagnetic compatibility / Standard safety IEC/EN �����-�-�/�/�/�, IEC/EN �����-�, IEC/EN �����-� General data Operating temperature range (℃ ) Cooling Noise (dB) Communication with battery management system Weight (kg) Size (mm) Degree of protection Installation style Warranty -��~��℃, >��℃ performance reduction Smart cooling <�� dB RS���; CAN ��,� ���P x ���, �H x ���W IP�� Wall-mounted � years (�� years optional) Effectiveness Certifications and standards ✓ Solar cell input lightning protection, grid islanding protection, solar cell chain input reverse polarity protection , insulation resistance detection, residual current monitoring unit, output over current protection, output short circuit protection, over voltage protection * The technical parameters contained in this data sheet may have slight deviation. Sunova Solar does not guarantee that they are completely accurate. Different optional data can be for different ranges or values. Please contact trading partners to confirm. Due to continuous product innovation, research and development and improvement, Sunova Solar reserves the right to adjust the information in this data sheet at any time without prior notice. The customer should have the latest version of the data sheet when signing the contract and make it an integral part of the binding contract signed by both parties. The Chinese (or other language) translated files of this datasheet are for reference only. If there is any inconsistency between the English version and the Chinese version (or the other language versions), the English version shall prevail. The customer should have the latest version of the data sheet when signing the contract and make it an integral part of the binding contract signed by both parties. The Chinese (or other language) translated files of this datasheet are for reference only. If there is any inconsistency between the English version and the Chinese version (or the other language versions), the English version shall prevail. The customer should have the latest version of the data sheet when signing the contract and make it an integral part of the binding contract signed by both parties. The Chinese (or other language) translated files of this datasheet are for reference only. If there is any inconsistency between the English version and the Chinese version (or the other language versions), the English version shall prevail.
Hybrid Inverter 5Kw Single Phase Low Voltage SUNOVA-S 3600/5000/6000D
Hybrid Inverter www.sunova-solar.com Model Battery Input Data Solar Cell Chain Input Data AC Output Data Efficiency Protection Certifications and Standards General Data Battery Type Battery Voltage Range (V) Max. charging current (A) Max. discharge current (A) External temperature sensor Charging curve Charging strategy for Li-ion battery Max. DC input power (W) Nominal solar cell input voltage (V) Start voltage (V) Point detection voltage range max. power (V) Full load DC voltage range (V) Solar cell input current (A) Max. ISC Solar Cells (A) No. of point detectors max. validity No. of chains per point detector max. power Rated AC and UPS output power (W) Max. AC output power (W) Rated AC output current (A) Max. alternating current (A) Max. AC continuous pass (A) Peak power (off grid) Power factor Frequency and output voltage Grid type Total harmonic distortion DC channeling Integrated Lead/acid or Li-ion � stages / Balancing Self-adjustment in battery management system � times the rated power, � � S �,� supply to �,� dead phase ��/��Hz, L/N/PE ���/���/���Vac (single-phase) Single-phase <�% (of rated power) <�, �% In �� �� ��� ��� ���� ��� (���~���) ��� ���-��� ���-��� ��+� � ��+�� � � ���� ���� ��,�/��,� ��/��,� ���� ��� ��,�/��,� �� /��,� ��,��% ��,��% ��,��% ���� ���� ��,�/��,� ��/��,
Inverter Three Phase Low Voltage Inverter Hybrid SUNOVA-TL 5/6/8/10/12K-EU-D GL5100-E 10.24/15.36/20.48/25.6/30.72 kWh Hybrid Inverter Model SUNOVA -TL 5K-EU-D SUNOVA-TL 6K-EU-D SUNOVA-TL 8K-EU-D SUNOVA-TL 10K-EU-D SUNOVA-TL 12K-EU-D Battery input data Battery type Lead/acid or Li-ion Battery Voltage Range (V) 40~60 Max. charging current (A) 120 150 190 210 240 Max. discharge current (A) 120 150 190 210 240 External temperature sensor √ 3-stage charging curve / Balancing Charging strategy for Li-ion battery Self-adaptation to battery management system Solar cell chain input data Max. DC input power (W) 6500 7800 10400 13000 15600 Solar cell rated input voltage (V) 550 (160~800) Start voltage (V) 160 Point detection voltage range max. power (V) 200-650 Full load DC voltage range (V) 300-650 Solar cell input current (A) 13+13 26+13 Max. ISC of solar cells (A) 17+17 34+17 No. of point detectors max. validity 2 No. of chains per point detector max. power 1 2+1 AC output data AC and UPS output rated power (W) 5000 6000 8000 10000 12000 Max. AC output power (W) 5500 6600 8800 11000 13200 Rated AC output current (A) 12.5 15 20.1 25.1 30.1 Max. alternating current (A) 13.8 16.5 22.1 27.6 33.1 Max. continuous AC current passing (A) 45 Peak power (off grid) 2 times rated power, 10 S Power factor 0.8 supply to 0.8 dead phase Output frequency and voltage 50/60Hz, 3L/N/PE 133/230Vac Grid Type Three-Phase Total Harmonic Distortion <3% (of rated power) Direct Current Sinking <0.5% In Efficiency Max. efficiency 97.60% Euro efficiency 96.50% Spot detection efficiency max. power 99.90% Protection Integrated Solar cell input lightning protection, grid islanding protection, solar cell chain input reverse polarity protection, insulation resistance detection, residual current monitoring unit, output over current protection, short circuit protection in output, over voltage protection Output over voltage protection DC type II/AC type III Certifications and standards Grid regulation VDE4105, IEC61727/62116, VDE0126, AS4777.2, CEI 0 21, EN50549-1, G98, 4 23.0 27.6 Charge/discharge current (A) Recommended[2] 100 150 200 200 200 Max.[2] 180 210 240 250 250 Peak (10s, 25oC) 270 315 360 360 360 Other parameters Recommended discharge depth 90% System dimensions (W/W/H, mm) 72025577 0 720255105 5 720* 255134 0 720255162 5 720255191 0 System weight (kg) 124 177 230 283 336 Battery unit dimensions (W/W/H, mm) 720255*285 Battery unit weight (kg) 53 Main LED Indicator 5LED (Charging Status: 20%~100%), 3LED (Operation, Alarm, Protection) Enclosure IP Rating IP65 Operating Temperature Charge: 0～55ºC / Discharge: -20ºC ～ 55ºC Storage Temperature -20ºC ～ 35ºC Humidity 5% ~95% Altitude ≤ 2000m Life Cycle[3] ≥ 6000 (25°C ± 2°C, 0.5C/0.5C,70%EOL) Ground Installation Communication Port CAN2.0, RS485 Warranty period[3] 10 years Power supply[3] 16MWh (Battery unit @70%EOL) Certification IEC62619, CE,VDE2510-10, CEI 0-21, UN38.3 [1] Usable DC power, test conditions: 90% depth of discharge, 0.5C charge and discharge at 25°C. Usable system energy may vary due to system layout parameters. [2] Current is affected by temperature and state of charge. [3] The warranty expires at the end of the warranty period or at the achievement of the energy supply, whichever occurs first. Introduction This series of lithium iron phosphate batteries is one of the new energy storage products developed and produced by Sunova, it can be used to support reliable power for various types of equipment and systems. This series is especially suitable for high power application scene, limited installation space, limited bearing load and long life cycle. This series has a built-in battery management system (BMS), which can manage and monitor cell information including voltage, current and temperature. In addition, the battery management system can balance the charging and discharging of the cells to extend the life cycle. Multiple batteries can be connected in parallel to expand capacity and power for higher capacity and longer battery support requirements. * The technical parameters contained in this data sheet may have slight deviation. Sunova Solar does not guarantee that they are completely accurate. Different optional data can be for different ranges or values. Please contact trading partners to confirm. Due to continuous innovation, research and product development and improvement, Sunova Solar reserves the right to adjust the information in this data sheet at any time without prior notice. The customer should have the latest version of the data sheet when signing the contract and make it an integral part of the binding contract signed by both parties. The Chinese (or other language) translated files of this datasheet are for reference only. If there is any inconsistency between the English version and the Chinese version (or the other language versions), the English version shall prevail. Sunova Solar Technology Co.,
Cobalt-free lithium iron phosphate (LFP) battery for safety and long life, with high efficiency and high power density. Intelligent battery management system, providing full protection. Low Voltage Solar–Bat6.1 Lithium Battery Reliable Support high discharge power. IP65, natural cooling, wide temperature range: -20º C to 55º C. Flexible With modular design for easy expansion, max. 32 units in parallel arrangement (36 pcs.), max. 196kWh capacity. Suitable for domestic and commercial applications to increase the self-consumption ratio. With easy monitoring system Battery module automatic networking, automatic IP address, easy maintenance, remote monitoring and upgrade, USB drive for firmware upgrade. Environmentally friendly Uses environmental protection materials, the whole unit is non-toxic, no air pollution. Wall-mounted Flat design, wall-mounted, where it saves installation space. Solar–Bat6.1 http://www.sunova-solar.com Model SUNOVA SOLAR – BAT 6.1 Basic Parameter Battery Chemistry LiFePO4 Capacity (Ah) 120 Expandability Max. 32 pcs. in parallel arrangement (196kWh) Rated voltage (V) 51.2 Operating voltage (V) 43.2~57.6 Energy (kWh) 6.14 Usable energy (kWh) [1] 5.53 Charge/discharge current (A ) Recommended[2] 60 Max. [2] 100 Peak (2 minutes, 25°C) 150 Other parameters Recommended discharge depth 90% Dimensions (W/W/H, mm) 475720145 (Without base, depth 161mm with hanging board) Approximate weight (kg ) 58 Main LED Indicator 5LED (Charging Status: 20%~100%), 3LED (Operation, Alarm, Protection) Enclosure IP Rating IP65 Operating Temperature Charging: 0～55℃ / Discharging: -20℃～55℃ Storage Temperature 0℃ ～ 35º C Humidity 5%~95% Altitude ≤ 2000m Life Cycle ≥ 6000 (25º C ± 2º C, 0.5C/0.5C, 70%EOL) Installation Type Wall Mount, Ground Mount Communication Port CAN2.0, RS485 Warranty Period[3] 10 Years Power Supply[3] 20MWh@70%EOL) Certification UN38.3, IEC62619, CE, CEI 0- 21 [1] Usable DC power, test conditions: 90% depth of discharge, 0.5C charge and discharge at 25°C. Usable system energy may vary due to system layout parameters. [2] Current is affected by temperature and state of charge. [3] The warranty expires at the end of the warranty period or the validity of the life cycle, whichever occurs first. Introduction This series of lithium iron phosphate batteries is one of the new energy storage products developed and produced by Sunova, it can be used to support reliable power for various types of equipment and systems. This series is particularly suitable for design in high power application, limited installation space, limited bearing load and long life cycle. It additionally has a built-in battery management system (BMS), which can manage and monitor cell information, including voltage, current and temperature. In addition, the battery management system can balance the charging and discharging of the cells to extend its life cycle. Multiple batteries can be connected in parallel to expand capacity and power for higher capacity and longer battery support requirements. This series is particularly suitable for design in high power application, limited installation space, limited bearing load and long life cycle. It additionally has a built-in battery management system (BMS), which can manage and monitor cell information, including voltage, current and temperature. In addition, the battery management system can balance the charging and discharging of the cells to extend its life cycle. Multiple batteries can be connected in parallel to expand capacity and power for higher capacity and longer battery support requirements. This series is particularly suitable for design in high power application, limited installation space, limited bearing load and long life cycle. It additionally has a built-in battery management system (BMS), which can manage and monitor cell information, including voltage, current and temperature. In addition, the battery management system can balance the charging and discharging of the cells to extend its life cycle. Multiple batteries can be connected in parallel to expand capacity and power for higher capacity and longer battery support requirements. It additionally has a built-in battery management system (BMS), which can manage and monitor cell information, including voltage, current and temperature. In addition, the battery management system can balance the charging and discharging of the cells to extend its life cycle. Multiple batteries can be connected in parallel to expand capacity and power for higher capacity and longer battery support requirements. It additionally has a built-in battery management system (BMS), which can manage and monitor cell information, including voltage, current and temperature. In addition, the battery management system can balance the charging and discharging of the cells to extend its life cycle. Multiple batteries can be connected in parallel to expand capacity and power for higher capacity and longer battery support requirements. the battery management system can balance the charging and discharging of the cells to extend its life cycle. Multiple batteries can be connected in parallel to expand capacity and power for higher capacity and longer battery support requirements. the battery management system can balance the charging and discharging of the cells to extend its life cycle. Multiple batteries can be connected in parallel to expand capacity and power for higher capacity and longer battery support requirements.
Hybrid
Inverter
Sunova Solar Technology Co., Ltd www.sunova-solar.com SUNOVA-TL 5/6/8/10/12K-EU-D Three Phase Low Voltage ���% unbalanced output, each phase. Max. output up to ��% of rated power. DC coupling and AC coupling for conversion of existing solar system. Max. item in parallel arrangement for on-grid and off-grid operation. Support multiple batteries in parallel arrangement. Max. charge/discharge current ���A. ��V low voltage battery, transformer isolation design. � time periods for battery charge/discharge. Support diesel generator energy storage. Hybrid inverter www.sunova-solar.com Model SUNOVA-TL �K-EU-D SUNOVA-TL �K-EU-D SUNOVA-TL �K-EU-D SUNOVA-TL �K-EU-D SUNOVA-TL ��K-EU-D Battery Input Data Battery Type Battery Voltage Range (V) Max. charging current (A) Max. discharge current (A) External temperature sensor Charge curve Charging strategy for Li-ion battery Lead/acid or Li-ion ��~�� ���� ��� ��� ��� ��� ��� ��� �� � ��� ��� � of stages / Balancing Self-adjustment in battery management system Solar cell chain input data Max. DC input power (W) Nominal solar cell input voltage (V) Start voltage (V) Point detection voltage range max. power (V) Full load DC voltage range (V) Solar cell input current (A) Max. ISC Solar Cells (A) No. of point detectors max. validity No. of chains per point detector max. power ���� ���� ����� ������ ������ ����(����~����) ���� ���-��� ���- ��� ��+�� ��+�� ��+�� ��+�� � �+� �+� AC Output Data Rated AC and UPS Output Power (W) Max. AC output power (W) Rated AC output current (A) Max. alternating current (A) Max output short circuit current (A) Max. AC continuous pass (A) Peak power (off grid) Power factor Output frequency and voltage Grid type Total harmonic distortion DC channeling Max. efficiency Efficiency in euros Point detection efficiency max. of force ���� ���� ���� ������ ������ ���� ���� ���� ������ ������ ��,� � � ��,� ��,� ��,� ��,� ��,� ��,� ��,� ��,� �� �� � times the rated power, �� S �,� supply to �,� dead phase ��/��Hz, �L/N/PE ���/���Vac Three Phase <�% (of rated power) <�,�% In ��,��% ��,��% ��,��% Protection Integrated Output Protection against voltage DC type II/AC type III Grid regulation VDE����, IEC����/������, VDE����, AS����.�, CEI � �� , EN�����-�, G��, G��, C��-��, UNE������, NBR����/NBR����� Electromagnetic compatibility / Standard safety IEC/EN �����-�-�/�/�/�, IEC/EN �����-�, IEC/EN �����-� General data Operating temperature range (℃ ) Cooling Noise (dB) Communication with battery management system Weight (kg) Size (mm) Degree of protection Installation style Warranty -��~��℃, >��℃ performance reduction Smart cooling <�� dB RS���; CAN ��,� ���P x ���, �H x ���W IP�� Wall-mounted � years (�� years optional) Effectiveness Certifications and standards ✓ Solar cell input lightning protection, grid islanding protection, solar cell chain input reverse polarity protection , insulation resistance detection, residual current monitoring unit, output over current protection, output short circuit protection, over voltage protection * The technical parameters contained in this data sheet may have slight deviation. Sunova Solar does not guarantee that they are completely accurate. Different optional data can be for different ranges or values. Please contact trading partners to confirm. Due to continuous product innovation, research and development and improvement, Sunova Solar reserves the right to adjust the information in this data sheet at any time without prior notice. The customer should have the latest version of the data sheet when signing the contract and make it an integral part of the binding contract signed by both parties. The Chinese (or other language) translated files of this datasheet are for reference only. If there is any inconsistency between the English version and the Chinese version (or the other language versions), the English version shall prevail. The customer should have the latest version of the data sheet when signing the contract and make it an integral part of the binding contract signed by both parties. The Chinese (or other language) translated files of this datasheet are for reference only. If there is any inconsistency between the English version and the Chinese version (or the other language versions), the English version shall prevail. The customer should have the latest version of the data sheet when signing the contract and make it an integral part of the binding contract signed by both parties. The Chinese (or other language) translated files of this datasheet are for reference only. If there is any inconsistency between the English version and the Chinese version (or the other language versions), the English version shall prevail.
Cobalt-free lithium iron phosphate (LFP) battery for safety and long life, with high efficiency and high power density. Intelligent battery management system, providing full protection.
Model SUNOVA SOLAR – BAT 6.1
Basic parameter
LiFePO4 battery chemistry
Capacity (Ah) 120
Scalability Max. 32 pcs. in parallel arrangement (196kWh)
Rated voltage (V) 51.2
Operating voltage (V) 43.2~57.6
Energy (kWh) 6.14
Usable energy (kWh)[1] 5.53
Charge/discharge current (A) Recommended[2] 60
Max.[2] 100
Top (2 minutes, 25°C) 150
Other parameters
Recommended depth of discharge 90%
Dimensions (W/W/H, mm) 475720145 (Without base, depth 161mm with suspension board)
Approximate weight (kg) 58
Main LED indicator 5LED (Charging status: 20%~100%), 3LED (operation, alarm, protection)
IP housing rating IP65
Operating Temperature Charge: 0 ～ 55ºC / Discharge: -20ºC ～ 55ºC
Storage temperature 0°C ～ 35°C
Humidity 5%~95%
Altitude ≤ 2000m
Life cycle ≥ 6000 (25°C ± 2°C, 0.5C/0.5C, 70%EOL)
Installation Type Wall mount, ground mount
Communication port CAN2.0, RS485
Warranty period[3] 10 years
Power supply[3] 20MWh@70%EOL)
Certification UN38.3, IEC62619, CE, CEI 0-21
[1] Usable DC power, test conditions: 90% depth of discharge, 0.5C charge and discharge at 25°C. Usable system energy may vary due to system layout parameters.
[2] Current is affected by temperature and state of charge.
[3] The warranty expires at the end of the warranty period or the validity of the life cycle, whichever occurs first.
Introduction
This series of lithium iron phosphate batteries is one of the new energy storage products developed and produced by Sunova, it can be used to support reliable power for various types of equipment and systems. This series is particularly suitable for design in high power application, limited installation space, limited bearing load and long life cycle.
It additionally has a built-in battery management system (BMS), which can manage and monitor cell information, including voltage, current and temperature. In addition, the battery management system can balance the charging and discharging of the cells to extend its life cycle. Multiple batteries can be connected in parallel to expand capacity and power for higher capacity and longer battery support requirements.
Solar–Bat6.1
www.sunova-solar.com
Model
SUNOVA SOLAR – BAT 6.1
Basic parameter
Battery chemistry
LiFePO 4
Capacity ( Ah )
120
Scalability
Max. 32 pcs. in parallel arrangement (196 kWh )
Rated voltage ( V )
51.2
Operating voltage ( V )
43.2~57.6
Energy ( kWh )
6.14
Usable energy ( kWh ) [1]
5.53
Charge/discharge current ( A )
Recommended [2]
60
Maximum. [2]
100
Peak (2 minutes, 25 ° C )
150
Other parameters
Recommended depth of discharge
90%
Dimensions (W/W/H, mm )
475720145 (Without base, depth 161mm with hanging board)
Approximate weight ( kg )
58
Main LED indicator
5 LEDs (Charging status: 20%~100%), 3 LEDs (operation, alarm, protection)
IP enclosure rating
IP 65
Operating temperature
Charge: 0 ～ 55 ° C / Discharge: -20 ° C ～ 55 ° C
Storage temperature
0 ° C ～ 35 ° C
Humidity
5%~95%
Height
≤ 2000 m
Circle of life
≥ 6000 (25 o C ± 2 o C , 0.5 C /0.5 C ,70% EOL )
Installation Type
Wall mount, ground mount
Communication port
CAN 2.0, RS 485
Warranty period [3]
10 years
Energy supply [3]
20 MWh @70% EOL )
Certification
UN38.3, IEC62619, CE, CEI 0-21
[1] Usable DC power, test conditions: 90% depth of discharge, 0.5C charge and discharge at 25°C. Usable system energy may vary due to system layout parameters.
[2] Current is affected by temperature and state of charge.
[3] The warranty expires at the end of the warranty period or the validity of the life cycle, whichever occurs first.
Introduction
This series of lithium iron phosphate batteries is one of the new energy storage products developed and produced by Sunova, it can be used to support reliable power for various types of equipment and systems. This series is particularly suitable for design in high power application, limited installation space, limited bearing load and long life cycle.
It additionally has a built-in battery management system (BMS), which can manage and monitor cell information, including voltage, current and temperature. In addition, the battery management system can balance the charging and discharging of the cells to extend its life cycle. Multiple batteries can be connected in parallel to expand capacity and power for higher capacity and longer battery support requirements.
Hybrid Inverter
Three Phase Low Voltage Inverter SUNOVA-TL 5/6/8/10/12K-EU-D GL5100-E 10.24/15.36/20.48/25.6/30.72 kWh Hybrid Inverter Model SUNOVA-TL 5K -EU-D SUNOVA-TL 6K-EU-D SUNOVA-TL 8K-EU-D SUNOVA-TL 10K-EU-D SUNOVA-TL 12K-EU-D Battery Input Data Battery Type Lead/Acid or Li-Ion Battery Voltage Range (V) 40~60 Max. charging current (A) 120 150 190 210 240 Max. discharge current (A) 120 150 190 210 240 External temperature sensor √ 3-stage charging curve / Balancing Charging strategy for Li-ion battery Self-adaptation to battery management system Solar cell chain input data Max. DC input power (W) 6500 7800 10400 13000 15600 Solar cell rated input voltage (V) 550 (160~800) Start voltage (V) 160 Point detection voltage range max. power (V) 200-650 Full load DC voltage range (V) 300-650 Solar cell input current (A) 13+13 26+13 Max. ISC of solar cells (A) 17+17 34+17 No. of point detectors max. validity 2 No. of chains per point detector max. power 1 2+1 AC output data AC and UPS output rated power (W) 5000 6000 8000 10000 12000 Max. AC output power (W) 5500 6600 8800 11000 13200 Rated AC output current (A) 12.5 15 20.1 25.1 30.1 Max. alternating current (A) 13.8 16.5 22.1 27.6 33.1 Max. continuous AC current passing (A) 45 Peak power (off grid) 2 times rated power, 10 S Power factor 0.8 supply to 0.8 dead phase Output frequency and voltage 50/60Hz, 3L/N/PE 133/230Vac Grid Type Three-Phase Total Harmonic Distortion <3% (of rated power) Direct Current Sinking <0.5% In Efficiency Max. efficiency 97.60% Euro efficiency 96.50% Spot detection efficiency max. power 99.90% Protection Integrated Solar cell input lightning protection, grid islanding protection, solar cell chain input reverse polarity protection, insulation resistance detection, residual current monitoring unit, output over current protection, short circuit protection in output, over voltage protection Output over voltage protection DC type II/AC type III Certifications and standards Grid regulation VDE4105, IEC61727/62116, VDE0126, AS4777.2, CEI 0 21, EN50549-1, G98, 4 23.0 27.6 Charge/discharge current (A) Recommended[2] 100 150 200 200 200 Max.[2] 180 210 240 250 250 Peak (10s, 25oC) 270 315 360 360 360 Other parameters Recommended discharge depth 90% System dimensions (W/W/H, mm) 72025577 0 720255105 5 720* 255134 0 720255162 5 720255191 0 System weight (kg) 124 177 230 283 336 Battery unit dimensions (W/W/H, mm) 720255*285 Battery unit weight (kg) 53 Main LED Indicator 5LED (Charging Status: 20%~100%), 3LED (Operation, Alarm, Protection) Enclosure IP Rating IP65 Operating Temperature Charge: 0～55ºC / Discharge: -20ºC ～ 55ºC Storage Temperature -20ºC ～ 35ºC Humidity 5% ~95% Altitude ≤ 2000m Life Cycle[3] ≥ 6000 (25°C ± 2°C, 0.5C/0.5C,70%EOL) Ground Installation Communication Port CAN2.0, RS485 Warranty period[3] 10 years Power supply[3] 16MWh (Battery unit @70%EOL) Certification IEC62619, CE,VDE2510-10, CEI 0-21, UN38.3 [1] Usable DC power, test conditions: 90% depth of discharge, 0.5C charge and discharge at 25°C. Usable system energy may vary due to system layout parameters. [2] Current is affected by temperature and state of charge. [3] The warranty expires at the end of the warranty period or at the achievement of the energy supply, whichever occurs first. Introduction This series of lithium iron phosphate batteries is one of the new energy storage products developed and produced by Sunova, it can be used to support reliable power for various types of equipment and systems. This series is especially suitable for high power application scene, limited installation space, limited bearing load and long life cycle. This series has a built-in battery management system (BMS), which can manage and monitor cell information including voltage, current and temperature. In addition, the battery management system can balance the charging and discharging of the cells to extend the life cycle. Multiple batteries can be connected in parallel to expand capacity and power for higher capacity and longer battery support requirements. * The technical parameters contained in this data sheet may have slight deviation. Sunova Solar does not guarantee that they are completely accurate. Different optional data can be for different ranges or values. Please contact trading partners to confirm. Due to continuous innovation, research and product development and improvement, Sunova Solar reserves the right to adjust the information in this data sheet at any time without prior notice. The customer should have the latest version of the data sheet when signing the contract and make it an integral part of the binding contract signed by both parties. The Chinese (or other language) translated files of this datasheet are for reference only. If there is any inconsistency between the English version and the Chinese version (or the other language versions), the English version shall prevail.
Hybrid inverter Single-phase low voltage SUNOVA-S 3600/5000/6000D
Hybrid Inverter www.sunova-solar.com Model Battery Input Data Solar Cell Chain Input Data AC Output Data Efficiency Protection Certifications and Standards General Data Battery Type Battery Voltage Range (V) Max. charging current (A) Max. discharge current (A) External temperature sensor Charging curve Charging strategy for Li-ion battery Max. DC input power (W) Nominal solar cell input voltage (V) Start voltage (V) Point detection voltage range max. power (V) Full load DC voltage range (V) Solar cell input current (A) Max. ISC Solar Cells (A) No. of point detectors max. validity No. of chains per point detector max. power Rated AC and UPS output power (W) Max. AC output power (W) Rated AC output current (A) Max. alternating current (A) Max. AC continuous pass (A) Peak power (off grid) Power factor Frequency and output voltage Grid type Total harmonic distortion DC channeling Integrated Lead/acid or Li-ion � stages / Balancing Self-adjustment in battery management system � times the rated power, � � S �,� supply to �,� dead phase ��/��Hz, L/N/PE ���/���/���Vac (single-phase) Single-phase <�% (of rated power) <�, �% In �� �� ��� ��� ���� ��� (���~���) ��� ���-��� ���-��� ��+� � ��+�� � � ���� ���� ��,�/��,� ��/��,� ���� ��� ��,�/��,� �� /��,� ��,��% ��,��% ��,��% ���� ���� ��,�/��,� ��/��,
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