EKO STAR d.o.o. has successfully completed many projects of solar power plants on industrial facilities and individual houses.
EKO STAR d.o.o. - your experienced partner in the planning and implementation of photovoltaic power plants
Why choose EKO STAR d.o.o.? Because we have a team consisting of highly qualified professionals who have long-term experience in the field of renewable energy sources. We follow the latest technologies and trends in the industry, which allows us to offer our customers superior solutions adapted to their needs.
We offer our customers expertise and experience, a comprehensive approach, flexible solutions, quality and reliability, and ecological and economical projects.
How does cooperation with us work?
1. Consulting and needs analysis
At the beginning of cooperation, we carry out a detailed review of your needs and wishes. We analyze your location, energy consumption and potential restrictions.
2. Planning
Based on the collected information, we design a customized plan that includes all the necessary technical specifications and recommendations.
3. Implementation
Once you agree with the plan, we move to the implementation phase, where our team takes care of the professional and fast installation of the power plant.
4. Maintenance and Support
After installation, we provide support and maintenance to keep your system running smoothly.
Who are solar power plants suitable for?
Apartment and house owners
Solar panels on the roofs or in the garden make it possible to produce electricity for your own needs, which means lower monthly electricity bills. In addition, they can sell the excess energy produced back to the grid. This combination of savings and potential earnings is very attractive to many property owners.
Farmers and agricultural holdings
Large areas of land and roofs of agricultural buildings offer ideal conditions for installing solar panels. Farmers can use their own electricity to cover the operating costs of their devices and appliances, and at the same time they can reduce their ecological footprint by taking into account sustainable development.
Companies and industry
Businesses, especially those with high energy costs, can see solar power plants as a great opportunity to cut costs. With lower electricity costs, companies can improve their competitiveness in the market. An additional advantage is that companies that invest in renewable energy sources often also gain a better reputation among consumers.
Public institutions and municipalities
Public institutions such as schools, hospitals and municipal buildings can adapt very well to the use of solar energy. Investing in solar power plants can reduce operating costs in the long term and enable better budget management.
Eco-conscious individuals
The use of solar energy is one of the most sustainable forms of obtaining electricity, which allows individuals to not only express their beliefs, but also realize them.
Investors and land owners
Investors looking for new opportunities can consider investing in solar farms. Landowners can install solar panels on their land to generate an additional source of income.
Solar power plants are suitable for a wide range of users who want to reduce energy costs, contribute to sustainable development or take advantage of potential financial benefits.
Photovoltaics for businesses
A sustainable solution to reduce costs and carbon footprint
Advantages of photovoltaics for businesses
1. Reduction of energy costs
One of the biggest challenges facing businesses is rising energy costs. Investing in photovoltaics allows companies to reduce or even eliminate their electricity costs. By producing their own electricity, companies reduce their dependence on the energy grid and can protect themselves from fluctuations in energy prices.
2. Increasing sustainability and improving reputation
In today's business environment, a sustainable approach is becoming crucial. Companies that use renewable energy sources, such as solar energy, demonstrate their commitment to protecting the environment. This can improve their reputation, attract environmentally conscious customers and increase employment and customer satisfaction.
3. Incentives and subsidies
In many countries, various incentives and subsidies are available for companies that choose to use renewable energy sources. This can include tax credits, system installation subsidies and other financial incentives that can significantly reduce the initial investment costs.
4. Long-term stability
The investment in photovoltaics is long-term, which means that companies can enjoy a stable and predictable energy supply for decades to come. Solar systems have a long life cycle, typically 25 years or more, meaning that after the initial investment, companies can significantly reduce or even eliminate energy costs.
Key steps to implementing photovoltaics
Analysis of energy needs
Before a company decides to invest in photovoltaics, it is crucial to carry out an analysis of its energy needs. There is a need to understand current and future demands and to investigate how solar energy can best meet these needs.
Choosing the right system
There are several types of photovoltaic systems on the market – from small rooftop installations to larger commercial systems. Choosing the right system is crucial and depends on the available space, budget and energy needs of the company.
Financial analysis
It is important for companies to carry out a detailed financial analysis that includes initial costs, expected savings and possible incentives and subsidies. This will help assess the return on investment and make an informed decision.
Cooperation with experts
For the successful implementation of photovoltaics, it is recommended to work with experts in this field. This includes engineers and contractors who have PV experience and can provide quality installation and support.
Obtaining permissions
Before starting work, it is important to obtain all the necessary permits and consents required by local legislation. This may include pollution permits, building permits and other regulatory requirements.
Electricity from your own roof
The benefits of solar energy
1. Reduction of costs
Investing in solar panels pays off in the long run. We can achieve a reduction in electricity costs, as a part of our home will be covered by self-produced energy. In some cases, we can cover almost the entire consumption of electricity with the energy we produce.
2. Environmental responsibility
Solar energy is a renewable source that does not produce CO2 emissions or other harmful substances. By switching to solar energy, we can contribute to reducing air pollution and reducing dependence on fossil fuels.
3. Energy independence
Owning a solar power plant brings greater independence from public power grids. In the event of a power outage, solar panels can still provide the necessary energy, increasing safety and comfort.
4. Increased value of your property
Homes with installed solar panels often fetch higher prices on the real estate market. Potential buyers are increasingly interested in homes with low running costs and a sustainable mindset.
Energy storage
Electrical energy storage - the key to a sustainable future
Storing electricity is key to the stability of the energy system. By increasing the production of electricity from renewable sources that depend on weather conditions, it is necessary to ensure that energy is available even when the sun is not shining or the wind is not blowing. A good storage system allows excess energy produced during daylight hours to be stored and used during times of higher demand such as evening and night hours.
By developing and implementing different technologies for storing electricity, we can create a more flexible, reliable and clean energy system that will meet the needs of future generations.
Periodic inspections and control of optimal operation of solar power plants
The importance of periodic inspections is mainly in the reduction of risks, efficiency and production of the power plant and guarantee and insurance.
Regular inspections of solar power plants allow potential problems to be detected before they become critical. Optimizing the operation of a solar power plant focuses on making the most of the available solar energy. Most manufacturers of solar modules and other components provide a warranty on their products that includes certain conditions regarding maintenance and periodic inspections. Regular inspections and documentation of the work performed are crucial for the enforcement of guarantees and insurance claims.
The key elements of the periodic inspection are visual inspection, thermographic analysis, performance measurements and checking of inverters.
The first step in a periodic inspection is a visual inspection of the system. This includes checking the condition of modules, connections, support structures and other components. Observed signs of damage, cracks or corrosion may indicate the need for additional repairs. Using thermographic analysis, technicians can quickly identify hot spots on modules or connections, which can indicate problems such as poor electrical connections or damaged modules. Regular measurements of efficient electricity generation are key to evaluating the performance of a solar power plant. Determining whether a plant is producing the expected amounts of energy allows trend analysis and adjustment of operational strategies. Inverters are key parts of solar power plants, as they convert direct current into alternating current. Regular checking of their operation and efficiency is essential because abnormalities in the inverter can quickly affect the entire system.
Periodic inspections and control of the optimal operation of solar power plants are key to maintaining the efficiency, reliability and longevity of the system. These inspections not only reduce the risk of breakdowns, but also ensure that the plant is operating at peak productivity. Investing in regular inspections is a long-term investment that pays off in the form of higher returns and lower maintenance costs. With this, we contribute to sustainable development and more efficient use of renewable energy sources.
