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Demand for Solar Energy Increased by 300 Percent in One Year

Currently, there is no company (except those that signed long-term contracts with HEP last year) that is not troubled by electricity prices, regardless of their activity and size. Entrepreneurs are seeking remedies in alternative sources, and thus business is increasingly turning towards the Sun. Whether it involves smaller or larger investors building solar power plants, or entrepreneurs involved in the import and distribution of solar panels, manufacturers, consultants, technicians, engineers, and everyone else in that ‘solar chain’. Despite still numerous challenges, solar energy currently offers exceptionally attractive rates of return on invested capital, usually within a period of three to five years, depending on the size of the constructed power plant. For manufacturing companies whose electricity bills amount to millions of kuna, a ten percent annual savings has a significant impact on operating costs. The only ‘anti-gravity’ element is the slow bureaucracy and still unresolved legal solutions that would accelerate the transition to renewable energy sources (RES).

– Data shows that, compared to last year, the increase in demand for solar energy has exceeded 300 percent, which is confirmed by the interest visible through daily inquiries we receive from citizens, family farms, craftsmen, and the industry. All of them, in the current circumstances of a significant rise in energy prices, are seeking ways to reduce their overhead costs and are asking for advice and steps they need to take to install solar power plants – emphasizes Maja Pokrovac, director of the Association of Renewable Energy Sources of Croatia (OIEH).

Partners Matej Stipeljković and Matija Sučić, at the company MS2 Energo, started their solar energy business two years ago and confirmed visible changes in demand over the past year. -Until a few months ago, legal entities invested in solar power plants mainly with incentives or guaranteed purchase prices for electricity. Today, that is not the case; for an average entrepreneur, a solar power plant pays off in three to four years if all invested funds are theirs – claims Stipeljković, adding that the production capacities of solar equipment are filled until January 2023. His company is mainly contacted by small and medium-sized enterprises, and the highest demand is for on-grid solar power plants for self-consumption.

He also explained the main steps that entrepreneurs must take when entering an investment: -First, the company needs to obtain an ‘energy card’ and a ’15-minute consumption curve’ from the local HEP. After we receive these documents, we provide approximate prices for design, equipment, and execution. First, we create a conceptual design that we send to HEP to obtain consent for connecting the power plant to the grid. HEP usually issues consent and connection conditions within 30 days, and only after reviewing the received documents can we provide a final offer for the main project, execution, and necessary measurements for commissioning. The project documentation itself is significantly less expensive than the equipment and execution and usually costs around 30 lipa per watt of the planned installed capacity of the power plant. Investment in power plants pays off in less than 10 years for anyone who has an electricity price and associated additional costs (network fees, surcharges, etc.) in a high tariff greater than 90 lipa/kWh. Anyone with a lower price than that means they still have a valid contract under the old price list and will soon have up to 350 percent higher electricity prices. Therefore, it is worthwhile for every entrepreneur to install a power plant, some immediately, as their electricity prices have already risen, and some within 6-12 months as their prices will soon rise – says Stipeljković.

Although investments in solar power plants are not cheap at all, so far no entrepreneur has publicly stated that their investment did not pay off. Currently, the most complaints are directed towards HEP’s non-compliance with deadlines for connecting to the grid. HEP explains that the connection process to the distribution network is carried out in several steps, and for each step, there is a list of documents that the user must prepare and submit to HEP ODS, as well as the expected time in which HEP ODS should carry out the activities necessary for the connection. -The connection process is usually shorter, simpler, and cheaper for solar power plants with a connection capacity of up to 500 kW, which are connected to the low-voltage network, compared to production facilities with a larger connection capacity. The amount of the connection fee corresponds to the actual costs of goods, works, and services necessary to connect the power plant to the grid and depends on the location of the power plant in relation to the topology of the existing distribution network – they explain at HEP. According to their data, in the category of power plants with a connection capacity greater than 500 kW, which includes solar power plants intended for selling energy on the market, as well as power plants for their own needs, the number of processed requests increased from 50 in 2019 to 150 in 2021. In 2022, the trend of increased interest in connecting solar power plants continues, driven by the trend of rising electricity prices.

– HEP-ESCO has realized 26 solar power plants with a total installed capacity of 15.3 MW among HEP’s industrial electricity customers. This shows that there is great interest among legal entities for building integrated solar power plants for their own consumption – they say at HEP, to whose distribution network HEP ODS, by the end of 2021, a total of 3,854 solar power plants with a total connection capacity of 139.5 MW were connected, while in 2019 there were 1,701 solar power plants with a total connection capacity of 67.7 MW.

However, compared to other European countries, Croatia is still lagging behind in the use of solar energy within the EU. – Although we have significant solar potential, we are falling behind countries that have significantly less ‘exposed’ solar energy. Thus, Croatia has three times fewer solar installations compared to Slovenia, 25 times fewer compared to Hungary, and even 650 times fewer compared to Germany – says Pokrovac.

Today it is the sun, tomorrow perhaps wind or water; no one can predict how market trends will move. However, what is currently evident is that solar power plants are definitely a profitable investment, and nature is a more reliable energy supplier.

The full text with numerous examples of entrepreneurs discussing the profitability of the investment can be read in the new printed and digital edition of Lider.