Hybrid Solar Power Station8 kW with 14 kWh Battery for Single-Phase Network

A hybrid solar power station with a capacity of 8 kW serves as an independent source of electricity, providing power for a small office, café, shop, pumping station, farm, construction site, warehouse, and more.

This power level is optimal for supplying electricity to a country cottage or private residence, even if these properties are connected to a centralized electricity supply system.

Let's consider electricity consumption in a private home, country cottage, or summer house using an 8 kW hybrid solar power station as an example:

• Lighting: 100 W (modern energy-saving bulbs) for 10 hours a day.
• Television: 100 W for 10 hours a day.
• Computer, laptop, tablet, and other electronic gadgets: 100 W for 10-12 hours a day.
• Refrigerator: 100 W for 24 hours.
• Heating system pump: 100 W for 24 hours (during heating season).
• Electric kettle, iron, washing machine: 1500 W, averaging 1 hour each per day.

Even when all these appliances are used simultaneously, the nominal output of the 8 kW hybrid solar power station is more than sufficient.

An 8 kW hybrid solar power station will meet your household electricity needs, allowing you to avoid using grid electricity during the day while providing a backup capacity of 14 kWh for power outages.

This hybrid solar power station gives you the ability to customize the algorithms and priorities for your household energy consumption.

This type of solar station has the most versatile functionality among all known types of stations. The configuration options allow you to consume 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 general grid, the hybrid power station will switch to autonomous operation with the following priority: Sun - Battery - Automatic generator start (if available).

Multifunctional use of generated energy: generation - storage (for backup) - selling excess.

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

Powers the home from three sources (sun, grid, generator).

Reliable and automatic operation according to set algorithms.

• Dispatch of a technical specialist to the site for an assessment of technical conditions.
• Project development, equipment selection, solar panel placement plan, operational algorithms, and critical electrical infrastructure backup.
• Delivery of equipment to the site, installation, connection, and commissioning of the solar power station.
• Ongoing maintenance of the station throughout its operational life.