Application The system meets the client's current requirement for no mains electricity supply, while also incorporating a hybrid grid-tied/off-grid mode to accommodate future mains electricity connection needs.
Parameter 86KWh
Equipment PV inverter,Energy storage battery,High-voltage enclosure,Photovoltaic Panels
Address Spain
This project is located in Spain. The photovoltaic storage system comprises a 30KW photovoltaic inverter and an 86KWh energy storage battery, forming an off-grid photovoltaic storage system. It is equipped with nine 550W photovoltaic panels. The system meets the client’s current requirement for no mains electricity supply, while also incorporating a hybrid grid-tied/off-grid mode to accommodate future mains electricity connection needs.
2.1 Applications
Off-Grid Standby Mode: During mains power outages or absence, the photovoltaic system supplies loads and charges the storage batteries when operational. When PV generation is insufficient or unavailable, the storage batteries power loads until battery capacity falls below 10%, at which point the system enters standby or shutdown mode until PV generation resumes
Grid-Connected Hybrid Mode (Reserved Functionality): A backflow prevention device is installed on the AC input side of the PV inverter to enable grid connection of the PV generation. In this mode, the system connects to the grid when mains power is available, ensuring priority use of PV power for self-consumption. Future upgrades will enable the sale of surplus PV electricity to the grid as required.
2.2 Installed Capacity
Total PV system power: 30kW (including PV inverter and 9 x 550W PV panels)
Total energy storage capacity: 86kWh
2.3 Principal Equipment
PV inverter: 1 x 30kW PV inverter
Energy storage battery: 86kWh energy storage battery
High-voltage enclosure: High-voltage enclosure for energy storage battery and inverter
Photovoltaic Panels: 9 x 550W photovoltaic panels
Backflow Prevention Meter (Reserved Function): For backflow protection during grid connection operation
Off-Grid Power Supply Reliability: The system provides stable electricity supply via photovoltaic generation and energy storage batteries during mains power outages, safeguarding customers’ daily electricity needs.
High-Efficiency PV Generation and Energy Storage Integration: The combination of a 30kW PV inverter and 86kWh energy storage battery ensures customers maintain sufficient power even without mains electricity, meeting efficient storage and usage requirements.
Future Grid-Connection Capability: The system offers flexibility for future grid integration, with configurable settings enabling both ‘self-generation for self-consumption’ and ‘selling surplus PV electricity’ options, aligning with future grid access requirements.
Environmental Sustainability and Energy Conservation: By harnessing photovoltaic generation, the system reduces reliance on fossil fuels, lowers carbon emissions, and advances sustainable energy development.
Intelligent Monitoring and Management: Equipped with smart management capabilities, the system provides real-time oversight of battery charge/discharge status, PV generation output, and overall operational health, ensuring efficient system performance.
The system meets the client's current requirement for no mains electricity supply, while also incorporating a hybrid grid-tied/off-grid mode to accommodate future mains electricity connection needs.
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