Goodwe 32kW Inverter 29.9kW Battery 32.76kW 3-phase storage system

Goodwe 32kW Inverter 29.9kW Battery 32.76kW 3-phase storage system

Storage system made by GoodWe GW29.9KN-ET 29.9kW three-phase bidirectional hybrid inverter and two 16.38kWh Goodwe LYNX HOME F Plus+ LX F16.4-H high voltage lithium batteries for smart energy management and backup optimization.

The kit is made by:
- n°1 Goodwe GW29.9KN-ET 29.9kW Three-phase Hybrid Inverter #KR3552688;
- n°2 Goodwe LYNX HOME F Plus+ LX F16.4-H 16.38 kWh Power Module BMS High Voltage Lithium Battery #KR3553432.

n.1 - Goodwe GW29.9K-ET 29.9kW Three-phase Hybrid Inverter

GoodWe GW29.9K-ET ET Series Three Phase High Voltage Hybrid Inverter with maximising energy back-up for high power PV rooftops.
The trend of increasing PV module yield is influencing overall PV system requirements. At the forefront of development, GoodWe’s ET inverters efficiently meet the needs of powerful solar rooftops to facilitate energy back-up, peak shaving and load management for optimised autonomy and reduced energy cost. The ET series can be combined with a range of battery capacities and brands, including the GoodWe Lynx Home F.
• Surge protection Type 2 on DC side
• Backup with UPS level switching < 10ms
• IP66 ingress protection
• Peak shaving

Highest safety standards
Thanks to the in-built DC type II SPD, the ET series can protect DC side from lightning strikes and save the cost of an external device.
• Built-in Type II SPD on DC side
• IP66 ingress protection
Optimised energy autonomy
100% unbalanced output to compensate load differences in self-consumption and backup modes. The UPS-level switching ability ensures the power supply security and reduce the risk of outage for critical loads.
• Wide battery voltage range (200-800V)
• Integrated dynamic power export limit and load monitoring
Smart and efficient operations
Supports multiple communication protocols for smart home integration and provides DRY contact for interaction with SG-ready heat pumps, 3rd party EV chargers or other large loads.

Technical data:
- Battery type: Li-Ion
- Battery Rated Voltage: 500 V
- Battery voltage range: 200 ~ 800 V
- Start-up Voltage: 180 V
- Number of Battery Input: 2
- Max. continuous charge current: 50x2 A
- Max. continuous discharge current: 50x2 A
- Max. charging power: 30000 W
- Max. discharge power: 30000 W
PV string input data
- Max. Input Power: 45000 W
- Max. Input Voltage: 1000 V
- MPPT Operating Voltage Range: 200~850 V
- Starting voltage: 200 V
- Rated input voltage: 620 V
- Max. input current per MPPT: 30 A
- Max. short circuit current per MPPT: 38 A;
- Number of MPPTs: 3
- Number of strings for MPPT: 2/2/2
AC side output data (on-grid)
- Nominal Output Power: 29900 W
- Nominal Apparent Power Output to Utility Grid: 29900 VA
- Max. Apparent Power Output to Utility Grid: 29900 VA
- Max. Apparent Power from Utility Grid: 33000 VA
- Nominal Output Voltage: 380/400 V, 3L/N/PE
- Nominal AC Grid Frequency: 50/60 Hz
- Max. AC Current Output to Utility Grid: 49.8 A
- Max. AC Current From Utility Grid: 50.0 A
- Power factor: ~ 1 (Adjustable from 0.8 leading to 0.8 lagging)
- Max. total harmonic distortion: <3%
AC side output data (backup)
- Back-up Nominal apparent power: 29900 VA
- Max. Output apparent power without grid: 30000 VA (36000@60sec)
- Max. Output apparent power with grid: 29900 VA
- Max. Output current: 45.5 A (54.5@60sec)
- Nominal Output Voltage: 380/400 V
- Nominal Output Frequency: 50/60 Hz
- Output THDv (with linear load): <3%
Efficiency
- Max. efficiency: 98.0%
- European efficiency: 97.5%
- Maximum. battery to AC efficiency: 97.5%
- MPPT efficiency: 99.9%
Protection
- PV insulation resistance detection: Integrated
- Residual current monitoring: Integrated
- PV reverse polarity protection: Integrated
- Anti-isolation protection: Integrated
- AC side overcurrent protection: Integrated
- AC side short circuit protection: Integrated
- AC side overvoltage protection: Integrated
- DC side switch: Integrated
- DC-side surge arrester: Type II
- AC side surge arrester: Type III
- Remote shutdown: Integrated
General data
- Operating temperature range: -35 ~ +60 °C
- Relative Humidity: 0 ~ 95%
- Max. operating altitude: 4000 m
- Cooling method: Smart Fan Cooling
- User interface: LED, WLAN + APP
- Communication with BMS: RS485; CAN
- Communication with meter: RS485
- Communication with portal: WiFi / 4G
- Weight: 54 kg
- Dimensions (W×H×D): 520×660×220 mm
- Topology: Non-Isolated
- Night power consumption: <15 W
- Noise Emission: <60 dB
- Ingress protection degree: IP66
- Installation type: Wall mounting.

For more details, we recommend viewing the technical data sheets of each single component of the kit or asking our technicians for information.

n.2 - Two 16.38kWh Goodwe LYNX HOME F Plus+ LX F16.4-H  Power Module BMS High Voltage Lithium Batteries

Ideal for smart energy management and back-up optimisation, high-voltage (HV) battery system Lynx Home F PLUS+ is a perfect match for residential solar systems. The stackable, self-detecting battery modules make the system especially easy to install, while the reliable lithium iron phosphate (LFP) battery cell technology ensures maximum safety. Lynx Home F PLUS+ offers a wide capacity range from 6.6kWh to 16.4kWh, is compliant to the advanced battery safety standard VDE 2510-50 and is compatible with GoodWe BH/EH/BT/ET inverters.
• Reliable LFP battery cell
• Up to 8 towers in parallel (131kWh)
• Remote diagnosis and update via inverter

Maximised Power Back-up
Wide capacity range, scalable from 6.6 – 16.4 kWh. Compatible with GoodWe's single and three phase, hybrid and retrofit BH/EH/BT/ET inverters.
Flexible capacity and stackable modules
High battery cycle stability
Highest Safety Standards
Lithium iron phosphate (LFP) batteries are reliable and safe to use due to high chemical and thermal stability. Going beyong typical safety standards for lithium batteries, the system is compliant to the advanced battery safety standard VDE 2510-50.
Reliable LFP battery cell
IP55 for both indoor and outdoor installation

Technical data:
- Usable Energy: 16.38 kWh;
- Battery module: LX F3.3-H: 102.4V 3.27 kWh;
- Number of modules: 5;
- Cell type: LFP (LiFePO4);
- Cell configuration: 160S1P;
- Nominal voltage: 512.0 V;
- Operating voltage range: 456.0 ~ 576.0 V;
- Nominal charge/discharge current: 25 A;
- Nominal power: 12.80 kW;
- Short circuit current: 2.62kA@1.62ms;
- Operating temperature range: Charge: 0 ~ +50 °C/ Discharge: -20 ~ +50 °C;
- Relative humidity: 0 ~ 95%;
- Maximum operating altitude: 2000 m;
- Communication: CAN;
- Weight: 244 kg;
- Dimensions (W×H×D): 600×1075×380 mm;
- Ingress Protection Rating: IP55;
- Storage temperature: -20 ~ +45 °C (≤one month); 0 ~ +35°C (≤one year);
- Mounting Methed: Grounded;
- Round trip efficiency: 96.4%;
- Life cycle: ≥3500@1C / 1C.
Standards and certifications
- Safety: IEC62619, IEC62040, VDE2510-50, CEC, CE;
- EMC: CE, RCM;
- Transport: UN38.3

IMPORTANT NOTE:
The reduced VAT is reserved for PRIVATE INDIVIDUALS, end users and qualified photovoltaic and thermal energy installers or heat production INSTALLED IN ITALY. In case you do not have the right to the tax deduction (DEALERS) kindly contact us in advance so that an invoice with 22% VAT can be issued as per the law in force. In the absence of receipt of the declaration the order cannot be shipped as a copy of the VAT declaration form must by law be attached to the company invoice. The declaration form and ID document must be sent to the email address. 
After purchase, kindly complete and return the VAT declaration form together with a copy of an ID document.