Solar power plants
Solar power plant
A solar power plant is an engineering structure that directly converts solar energy into electricity using the photovoltaic effect. The main equipment of a solar power plant includes solar panels and inverters. In many cases, battery banks (batteries), charge controllers, and other components are also used.
Key elements of any solar power plant are high-quality cables, mounting supports, supporting structures, and frames. To achieve maximum efficiency and productivity, it is recommended to use a monitoring system, MPPT controllers, hybrid inverters, and other optimization devices.
Solar Power Plants: Types and Purpose
Company Grynings offers solar power plants for private homes, businesses, and commercial facilities throughout the United States. Depending on your goals and conditions, we distinguish three main types:
Off-Grid Solar Power Plants
Designed for full or partial independent power supply to homes and facilities where connection to the centralized grid is impossible or extremely unreliable (remote sites, frequent outages).
Main equipment: solar panels, inverter, battery bank, charge-discharge controller.
During the day, panels generate energy for immediate consumption and battery charging. At night or during insufficient sunlight, the load is powered from the batteries. If needed, a backup generator (diesel, gas, or propane) can be integrated.
Ideal for regions with unstable grid power or for achieving complete energy autonomy.
Grid-Tie Solar Power Plants
Installed to maximize savings and generate income from selling excess energy to the grid through net metering or feed-in tariff programs (where available).
This system does not include batteries or charge controllers — all generated energy is immediately converted by the inverter and fed into the utility grid.
Suitable for most urban and suburban homes in the USA where the grid is stable and the primary goal is to reduce electricity bills and achieve system payback through credits.
Hybrid Solar Power Plants
The most versatile and popular option in the USA this year.
Combines the advantages of off-grid and grid-tie systems: bill savings, backup power during outages, and the ability to sell excess energy to the grid (where available).
Always includes batteries and an intelligent hybrid inverter with configurable priorities (self-consumption → battery charging → grid export → backup usage).
Ensures uninterrupted power for critical loads (lighting, refrigerator, pumps, air conditioner, medical equipment) even during prolonged outages.
Recommended for the majority of Grynings clients — especially in states with frequent storms and power interruptions.
We offer equipment from leading global manufacturers, a full range of services (from consultation to ongoing maintenance), and a warranty on both workmanship and equipment.
Our Services
- Installation of Solar power plants
- Configuration of Solar power plants
- Diagnostics of Solar power plants
Request Servise
Contact us by calling or submitting a request online.
And we will get back to you as soon as possible
A solar power plant
A solar power plant is an engineering structure that directly converts solar energy into electricity using the photovoltaic effect. The main equipment of a solar power plant includes solar panels and inverters. In many cases, battery banks (batteries), charge controllers, and other components are also used.
Key elements of any solar power plant are high-quality cables, mounting supports, supporting structures, and frames. To achieve maximum efficiency and productivity, it is recommended to use a monitoring system, MPPT controllers, hybrid inverters, and other optimization devices.
Solar Power Plants: Types and Purpose
Company Grynings offers solar power plants for private homes, businesses, and commercial facilities throughout the United States. Depending on your goals and conditions, we distinguish three main types:
Off-Grid Solar Power Plants
Designed for full or partial independent power supply to homes and facilities where connection to the centralized grid is impossible or extremely unreliable (remote sites, frequent outages).
Main equipment: solar panels, inverter, battery bank, charge-discharge controller.
During the day, panels generate energy for immediate consumption and battery charging. At night or during insufficient sunlight, the load is powered from the batteries. If needed, a backup generator (diesel, gas, or propane) can be integrated.
Ideal for regions with unstable grid power or for achieving complete energy autonomy.
Grid-Tie Solar Power Plants
Installed to maximize savings and generate income from selling excess energy to the grid through net metering or feed-in tariff programs (where available).
This system does not include batteries or charge controllers — all generated energy is immediately converted by the inverter and fed into the utility grid.
Suitable for most urban and suburban homes in the USA where the grid is stable and the primary goal is to reduce electricity bills and achieve system payback through credits.
Hybrid Solar Power Plants
The most versatile and popular option in the USA this year.
Combines the advantages of off-grid and grid-tie systems: bill savings, backup power during outages, and the ability to sell excess energy to the grid (where available).
Always includes batteries and an intelligent hybrid inverter with configurable priorities (self-consumption → battery charging → grid export → backup usage).
Ensures uninterrupted power for critical loads (lighting, refrigerator, pumps, air conditioner, medical equipment) even during prolonged outages.
Recommended for the majority of Grynings clients — especially in states with frequent storms and power interruptions.
We offer equipment from leading global manufacturers, a full range of services (from consultation to ongoing maintenance), and a warranty on both workmanship and equipment.
Request Servise
Contact us by calling or submitting a request online. And we will get back to you as soon as possible
Our Services
- Installation of Solar power plants
- Configuration of Solar power plants
- Diagnostics of Solar power plants
