Hybrid Solar Power Station6 kW with 6 kWh Battery

• Electricity Generation: 200-400 kWh per month, both day and night.https://greensystem.com.ua/en/solar_types/grid-tied-solar-station-25-kw-under-the-green-tariff/
• Appliance Support: On sunny days, the station can power household appliances such as refrigerators, air conditioners, irons, lighting, and the internet.
• Evening and Night Use: During the evening and night, it can support a refrigerator, lighting, and the internet.
• Operation Modes: Works autonomously or connected to the grid.
• Battery Reserve: The station has a reserve of 6 kWh in a LiFePO4 lithium battery.
• Warranty: 5 years on the hybrid inverter; the battery supports 3000 charge/discharge cycles.
• Monitoring: Built-in Wi-Fi monitoring.
• Generator Connection: Option for automatic generator start-up.
• Excess Energy Sales: Can sell excess energy back to the grid or operate for self-consumption during the day with restrictions on grid feed-in.
• Equipment Lifespan: Up to 20 years.

The 6 kW hybrid solar power station will meet your household energy needs, allowing you to avoid grid electricity during the day and providing a 6 kWh reserve for your home in case of power outages. It gives you the flexibility to configure the algorithms and priorities for energy consumption in your home.

This type of solar station features the most versatile functionality among all known types of stations. The configuration options allow you to consume generated solar energy for your own needs, store it in a battery, or sell it to the grid. In the event of a power outage in the grid, the hybrid station switches to autonomous mode to power the house, following this priority: Solar - Battery - Automatic generator start-up (if available).

Multi-functional Use: Energy generation, storage (for backup), and selling excess energy.

Flexibility: The most flexible option among all types of solar power stations.

Multiple Power Sources: Powers the home from three sources (solar, grid, generator).

Reliable Automation: Operates automatically based on preset algorithms.

• A site visit by a technical specialist to assess the technical conditions.
• Project development, equipment selection, layout planning for solar panels, operational algorithms, and backup of critical electrical infrastructure in the home.
• Delivery of equipment to the site, installation, connection, and commissioning of the solar power station.
• Ongoing service and maintenance for the entire operational period of the station.