GoodWe ET G2 8 kW + Lynx D 10 kWh – Hybrid Inverter & Battery Storage Set GW8000-ET-20 / LX D10.0-10
€4,109.30
- Delivery time:
Currently out of stock, delivery time: 107-110 working days
- Item-No.: 114560
- Manufacturer-No.: GW8K-ET-20 / LX D10.0-10
- Product-Weight: 143 kg
- Shipping info: Spedition
GoodWe ET G2 8 kW + Lynx D 10 kWh – Hybrid Inverter & Battery Storage Set GW8000-ET-20 / LX D10.0-10
Three-phase PV storage system with 8 kW hybrid inverter and 10 kWh LFP battery storage – instant backup power, maximum self-consumption and expandable for dynamic electricity tariffs.
The GoodWe ET G2 8 kW + Lynx D 10 kWh Set combines the three-phase hybrid inverter GW8000-ET-20 G2 with the modular Lynx D 10 kWh battery storage (LX D10.0-10) into a complete photovoltaic storage system for residential use. Smart meter, current transformers, communication dongle as well as DC and AC surge protection are already integrated in the inverter. The Lynx D solar storage relies on proven LFP technology and can be expanded at any time up to 40 kWh.
Features
- Backup power with UPS quality: Automatic switchover to island mode in under 10 ms – connected loads will not notice the grid outage.
- LFP battery technology: Lithium iron phosphate for maximum safety, high cycle stability and long service life.
- Modularly expandable: Storage capacity expandable at any time up to 40 kWh (8 modules) – new and old modules can be combined.
- 160% DC oversizing: Flexible string configuration for maximum annual yield.
- Load control via Dry Contact: Supports SG-Ready heat pumps and immersion heaters – compliant with controllable consumption device requirements.
- Charge your EV with solar surplus: Combined with the GoodWe HCA G2 Wallbox, intelligent solar charging via the SEMS+ app.
Energy Management & Dynamic Electricity Tariffs
With the integrated smart meter and the GoodWe SEMS+ app, you can monitor generation, consumption and storage status at any time. The negative tariff function – automatic charging at negative exchange electricity prices – is already usable without additional hardware. For full use of compatible dynamic electricity tariffs, we recommend the GoodWe EzManager3000. This automatically connects to energy trading platforms and optimises charging and discharging strategy via AI. For prerequisites and current compatibility information, please refer to the GoodWe website or contact us before purchasing.
Scope of Delivery
- 1× GoodWe GW8000-ET-20 G2 Hybrid Inverter (incl. integrated smart meter, 3 current transformers, WiFi/LAN dongle with cybersecurity, SPD type II DC+AC)
- 2× GoodWe Lynx D 5 kWh Battery Storage LX D5.0-10 (2 modules = 10 kWh)
- Not included – mandatory: Floor Mount Base or Wall Mount Rack for Lynx D (contains connectors required for installation)
| Technical Data Inverter | |
| AC rated power: | 8,000 W |
| MPP trackers / max. input current: | 2 / 16 A per MPPT |
| Max. DC input power: | 12,800 W |
| Max. charging power (battery): | 12,000 W (from PV + grid) |
| Max. discharging power (battery): | 8,800 W |
| Backup switchover time: | < 10 ms |
| Max. efficiency: | 98.0 % |
| Protection rating / mounting: | IP66 / wall mount |
| Dimensions (W × H × D) / weight: | 496 × 460 × 221 mm / 23 kg |
| Technical Data Battery Storage | |
| Usable capacity: | 10 kWh (2 modules) |
| Cell technology: | LFP (LiFePO4) |
| Max. charging power: | 6 kW rated / 10 kW peak (10 s) |
| Max. discharging power: | 6 kW rated / 10 kW peak (10 s) |
| Expandability: | Up to 8 modules / 40 kWh |
| Protection rating / mounting: | IP66 / floor or wall |
| Dimensions (W × H × D) / weight: | 700 × 380 × 170 mm / 52 kg per module |
For further technical details please refer to the respective datasheets.
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Safety Instructions:
1. Installation by Qualified Personnel: The installation and commissioning of the PV system must be carried out by qualified professionals to ensure safety and proper functionality.2. Compliance with Regulations: National and local building regulations, safety standards, and environmental protection regulations must be observed.
3. Ensure Power Disconnection: Before working on the system, ensure that all circuits are de-energized. Always wear appropriate protective clothing and use insulated tools.
4. Grounding and Potential Equalization: The entire system must be properly grounded, and potential equalization must be established according to applicable regulations.
5. Hazard from High DC Voltage: Solar modules generate high DC voltages, even in diffuse light. Avoid contact with open connections and cables.
6. Safe Handling of PV Storage Systems: Install and maintain battery storage systems only according to the manufacturer's instructions. Ensure proper ventilation and protection against overheating.
7. Fire Hazard Prevention: Ensure proper connection work and use only approved cables, PV connectors, and fuses.
8. Protection from Moisture: All electrical connections must be protected from moisture and water. Use appropriate seals and protective covers.
9. Child Safety: Keep children and unauthorized persons away from the system. The battery storage and inverter areas must be secured.
10. Smart Meter and Communication Units: Ensure that communication devices for system operation are securely installed and protected against voltage spikes.
11. Regular Maintenance: Have the system regularly inspected by qualified personnel to ensure safe operation. An annual visual inspection of the modules, cables, and connections is recommended.
12. Use of Original Accessories: Use only manufacturer-recommended accessories to ensure the safe operation of the system.
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