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Solar power stations for households that work 35% more efficiently
Our solar power systems generate more energy than fixed systems thanks to trackers. These systems automatically adjust the position of the panels to follow the sun throughout the day.
Ukrainian Solar
Ukrainian Solar
Orest Tsar
1.3k views 2 years ago
You will receive
More energy in the morning and evening
More energy in the morning and evening Trackers maintain peak output for most of the day, while fixed systems reach peak output only around midday. Tracker systems adjust the panels to the optimal angle to the sun, increasing energy generation during higher-value hours. As a result, they deliver up to 35% more energy over the course of a year.
More energy with <span>bifacial panels</span>
More energy with bifacial panels We use bifacial panels with trackers. Their cost is comparable to single-sided panels, but in fixed systems mounting rails can shade the modules, reducing the efficiency of the rear side. In tracker systems, the rails are positioned parallel to the panel frame, preventing shading of the rear side. In winter, this allows the system to generate up to 30% more energy due to light reflected from the snow.
35-70% more.
35-70% more. Thanks to trackers, a solar power system generates 35% more energy per year than fixed south-facing panels and up to 70% more than east–west systems.
More energy even in winter
More energy even in winter In conventional systems, snow can remain on panels for several days in winter, reducing energy generation. With bifacial panels on trackers, snow melts faster. Trackers are also equipped with snow and wind sensors, protecting the system from wind and snow loads.
Trackers can withstand wind speeds of up to 40 m/s, equivalent to hurricane-force winds.
Reduce costs with solar trackers
01 Fewer solar panels required
In conventional systems, more panels are required to achieve the desired energy output throughout the day. With trackers, fewer panels are needed because each one operates more efficiently. This reduces both equipment and installation costs.
02 Lower-power inverter required
With more panels, the inverter must operate at higher peak power. Trackers distribute generation more evenly throughout the day, allowing the use of a lower-power inverter.
Reduce costs with solar trackers
We design a solar power system tailored to your needs.
01
Generate income with the
feed-in tariff
We install a grid-connected solar power system that exports excess energy to the grid and reduces your electricity costs.
02
Energy independence from the grid and
power outages
We install an автономous solar power system that provides 100% of your electricity needs.
03
Energy independence and income generation We install a hybrid solar power system that allows you to use stored energy and export excess electricity to the grid at a favourable rate. If you already have a system that is not independent from the grid, we can integrate a hybrid battery to provide greater energy independence.
Most 30 kW residential solar power systems use up to 5 kW
for on-site consumption.

~95% of the electricity generated is sold under the feed-in tariff.
Calculate the payback and savings from a solar station
Input Data
Regional Insolation:
Recommended Option
Number of Panels
Total Power
Total Power
Panel Cost

Payback
Income calculation: PVOUT × Power (kW) × 5 UAH/kWh.
System Power
Insolation (by region)
Annual Output
Cost per 1 kW Turnkey (EUR)
System Cost
Annual Income
Simple Payback

*payback calculation assumes zero electricity consumption.


This is an approximate calculation. To calculate the cost of a PV system that will precisely meet your needs, see detailed figures of its payback and profitability, and learn about installation timelines — please submit a request to our manager.

Our projects
SES owners track statistics for your station in a
special application
Get a 0% loan for a solar power system up to 10 kW
Since 2024, a state support programme has been available to help individuals purchase solar power systems with a capacity of 1 to 10 kW.

Loans are issued by banks, with the state covering the annual interest.
Sense
PrivatBank
Globe
Oschadbank
Укргазбанк
Program conditions:
Loan amount from 100 to 480 thousand UAH.
Credit rate 0%
Term from 12 to 120 months depending on the bank
First installment from 10%
Repayment Monthly
One-time commission 1.5% of the loan amount
We help you sign an agreement with the local grid operator to sell electricity under the feed-in tariff
We work with local grid operators to help you quickly sign an electricity sales agreement.
01
We will install a solar power system within the limits permitted for your household.
02
We will tell you what package of documents is required.
03
We will help you submit an application for the installation of a solar power plant and conclude a contract for the purchase and sale of electricity at a green tariff.
We install all-black solar panels for a more aesthetic appearance
We install all-black solar panels for a more aesthetic appearance
Our Warranty and Service
10 years
Warranty on inverters, batteries and trackers
30 years
Warranty on the panel
Free equipment replacement during repairs
Free equipment replacement during repairs We maintain an equipment exchange pool to keep your solar power system running while the inverter or battery is being repaired.
Double warranty on inverters
Double warranty on inverters We offer a warranty on inverters and batteries that is twice as long as most providers. The risk of inverter failure is very low in the first five years of operation but can increase to up to 20% over the following five years, making extended warranty coverage important.
Free service in the first year
Free service in the first year We inspect the trackers, system structure and cabling annually to ensure proper operation. Service is free in the first year after installation.

Regular maintenance is essential, as manufacturers’ warranties remain valid only if the system is properly operated and maintained.
Fast repairs at our Lviv service centre
Fast repairs at our Lviv service centre We source equipment from Europe and service it at an official service centre in Ukraine. This ensures faster warranty repairs.
We are authorized partners of the most reliable solar equipment in the world
We install premium inverters, batteries and Tier 1 solar panels, representing the top 2% of manufacturers worldwide in terms of reliability. Our trackers are installed at over 2,000 solar power plants, and our partner factory has a production capacity of 1,000 MW of trackers.
open site
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Since 2017, we have installed more than
200 stations
STATIONS
200+
STATIONS
REVIEWS
150+
REVIEWS
Kyev Zhytomyr Zaporizhia Lutsk Vinnytsia Ternopil Sumu Rivne Poltava Odessa Mykolaiv Lviv Luhansk Khmelnytskyi Kherson Kharkiv Ivano-Frankivsk Donetsk Dnipro Cherkasy Chernivtsi Uzhhorod Kropyvnytskyi Chernihiv Simferopol Sevastopol
Discuss your future solar power system
We supply premium inverters, batteries and Tier 1 solar panels, representing the top 2% of manufacturers worldwide in terms of reliability
We install trackers that increase energy generation by 35%
We support every stage of exporting electricity under the feed-in tariff
We will contact you within 2 hours, Monday to Friday
How we install solar power systems
01
We prepare a proposal tailored to your requirements
  • We determine the optimal options for stations
  • Mathematics: calculate the price, payback, earnings
02
We are coming to you.
  • We take all the necessary measurements
  • If we install the station on the roof, we check its technical condition
03
We install
  • We arrive with the necessary equipment
  • We make the foundation and lay communications
  • We start up and check
04
We serve
  • We monitor the operation of your solar power plant through an online monitoring system.
  • If necessary, we check the operation of the station by visiting the facility.

Solar power systems for homes

In conditions of an unstable power grid, high tariffs, and rising electricity prices, a home solar power station becomes a profitable solution. Thanks to such systems, one of the main tasks of households is achieved – providing an alternative source of electricity. How to find and buy them? The solution is simple – Ukrainian Solar company.

We offer high-quality turnkey autonomous and grid-connected solar stations for houses and cottages at an affordable cost. This is the optimal solution for those who want to earn from the “green” tariff and have stable electricity production.

Why do you need a solar power station for your home and how does it work?

A solar system is a complete set for autonomous or grid mode. It includes panels, a control device, and optionally batteries. The equipment of an autonomous power plant is used to convert solar energy into electric current.

This way, the house is supplied with household electricity under any circumstances. A home solar system can operate in autonomous, grid, or simultaneous (hybrid) mode. Whatever power station you choose, the main task will be to ensure stable power supply to electrical appliances, even in case of grid overload or outages.

Types of solar power stations

Home solar power plants can be divided into different types. For example, a grid-connected solar station for a cottage or house. The equipment is connected to the general grid and allows you to produce and sell excess electricity under the “green” tariff.

In addition, there is an autonomous system. It is used when access to the grid is impossible and therefore requires batteries to power devices. The third option is a hybrid solar power station for a home. It combines both operating modes, including a battery for partial autonomous power supply. For cottages, an autonomous station is suitable, especially with monocrystalline panels that can work even in cloudy weather.

Home solar power station: principle of operation

The functioning scheme of autonomous (with panels and batteries) and standard types of equipment is simple. It includes the following processes:

  • panels collect energy;
  • the inverter converts it into alternating current (electricity);
  • the battery stores energy for the next day;
  • the controller monitors the stable operation of the batteries and electricity supply.

Autonomous solar power stations with batteries are relevant even in suburban areas of Ukraine. Here, grid connection is often limited, so another source is needed.

What are the advantages of an autonomous solar power station for a home?

The installation of solar power plants is gradually becoming an effective alternative to conventional power stations. This is quite logical, considering the current energy situation. Nowadays, grid failures often occur, repair work is delayed, electricity costs rise regularly, and reserves are gradually depleting.

A home solar power plant under such conditions allows you to avoid risks and optimize electricity consumption. By choosing a solar system, you get:

  • the advantage of reducing costs and independence from tariff fluctuations;
  • the ability to connect household appliances of different power levels (refrigerator, washing machine, etc.);
  • increased economic efficiency through additional operation.

In addition, you can count on reliable operation of the devices with minimal maintenance costs.

Features of selection and operation

The first aspect to remember when choosing a solar system is the optimal power. It must fully cover the entire load. When choosing solar systems for a home, it is also worth considering the main operating mode (autonomous or grid). This is necessary to navigate the range.

It is also important to evaluate the tilt angle, shading, and roof installation features. Specialists also need to analyze the average energy consumption. This is how the load is calculated and the equipment selected.

What is important to know before buying a solar power station for your home?

Investment in solar systems must be thought out very carefully. After all, you will need to spend a considerable amount at once. It is necessary to plan in advance the nuances that will help buy a solar power station for a home that provides stable power supply for years. These include:

  • detailed analysis of the needs and consumption volume of the property;
  • discussion of battery costs;
  • determining the required type of equipment;
  • studying aspects of cost and factors affecting profitability (in particular the type of panels and complexity of installation).

You will need to calculate the payback period of the power station. On average, it can be 5–7 years.

Main criteria for choosing a home solar system

There are dozens of types of panels on sale today. Each is an optimal solution for a specific purpose. To figure out which solar power station for a private home is needed, you must consider some aspects. Here are some of them:

  • type of station (grid, hybrid, or autonomous installation);
  • power;
  • system cost;
  • type of panels (monocrystalline or polycrystalline);
  • quality of the inverter, controller, batteries, and other devices.

Pay attention to the presence of additional devices. For example, a panel tracker that follows the sun for maximum production.

Solar power station for a home: which one to choose?

Do you need a solar installation for a home with the required kW capacity? Then it is important to determine your goal. For those who value high efficiency and reliability, monocrystalline stations are suitable. If quick installation and ease of mounting are a priority, then turnkey systems are worth considering. Want to get the most out of your solar system? Then choose a hybrid option.

Profitability and payback

A high-capacity solar power station for cottages and homes pays for itself individually. The timing directly depends on several aspects. The first is the type of station. Monocrystalline ones are more advantageous in this regard, as they have higher efficiency. It is important to consider the amount of energy produced and the ability to sell it in Ukraine under the “green” tariff.

How much do home solar power stations cost?

The cost of solar systems is a general concept formed based on several features. In particular, the configuration, type of photovoltaic elements, and additional devices (for example, batteries) are important. You should also consider the cost of installation and support work, as well as maintenance and the number of modules required to generate sufficient power.

Stages of installing a home solar station for a cottage

The process begins with a consultation. An experienced manager listens to the details and helps with the selection. They explain the features in more detail and select systems for individual electricity needs.

Next, a technical project is developed. After that, suppliers deliver the equipment to the site. Specialists perform installation, then configure the operating mode. The process ends with training and commissioning to achieve the required capacity.

Solar power systems for homes