When playing its key role - ensuring a reliable and effective strategic generation, Ignitis Gamyba will also significantly contribute to the strategy LE 2030 by developing the capacities of power generation from renewable energy sources and implementing innovations. To achieve these objectives, the updated company's strategy foresees 10 strategic solutions - specific projects - to be implemented by 2030.
Ignitis Gamyba has started preparations for 1-megawatt energy storage system installation in Kaunas Algirdas Brazauskas’ HPP. Operating in synergy with the plant, the new storage system would become the first and the biggest innovation of this kind in the Baltic States.
Using a unique algorithm, the storage system would allow providing a high-quality frequency containment reserve (FCR) service, compensating the asymmetries in hydro-unit operations. Moreover, a successful synergy of the hydro-unit and energy storage system could become an important source of the primary reserve. These (ancillary) services will be crucial for Lithuania after 2025 when it will join the continental European network and leave the BRELL ring. As for today, FCR services in the Baltics are mainly provided by the Russian power plants, operating in the post-soviet BRELL energy ring.
Due to the growing demand for autonomous FCR services in the Baltics, the innovative energy storage system later may be adopted for the much larger hydro-units in the Kruonis pumped storage plant.
The company plans to announce a tender procedure for the procurement of the energy storage system equipment at the start of 2019.
The storage system is expected to be completed in 2020.
Successful implementation of the energy storage and hydro unit synergy project would:
In order to promote the development of renewable energy generation, Ignitis Gamyba has evaluated the possibility of installing a wind farm in the territory of Kruonis PSHP and carried out preparatory works. The next stage of the project will be outlined after the negotiations with other involved institutions.
In order to maintain reliable local generation capabilities, Ignitis Gamyba is assessing possibilities to expand the capacity of the Kruonis Pumped Storage Hydroelectric Power Plant (PSHP) by constructing the fifth variable speed 225 MW hydropower unit. Currently, four hydropower units are installed in Kruonis PSHP but the initial PSHP's project provides for the possibility to build additional four units. Therefore, the current infrastructure of Kruonis PSHP is fully adapted to the new hydropower unit.
It is estimated that the fifth hydropower unit of Kruonis PSHP would be more efficient and flexible than the old ones. According to the current estimations, the hydropower unit would be able to operate at the capacity of 160–225 MW in pump mode and 90–225 MW in the generator mode. The unit’s cycle efficiency ratio would reach up to 80%, i.e. 6 percentage points more than that of the existing units.
Under the current market conditions, the existing 900 MW capacity of the Kruonis PSHP is fully sufficient, however, its further development is needed to ensure Lithuania's energy independence and competitiveness by maintaining sufficient and reliable local power generation capacities. A new, more efficient unit would allow the company to address power imbalances in a more flexible way and in real-time.
The expansion of the Kruonis PSHP unit is being analyzed considering the following estimated future market trends:
The planned investments into the construction of a new hydropower unit in Kruonis PSHP amounts to EUR 100–115 million or EUR 0.52 million per installed megawatt. Compared to the foreign practice, planned investments in new hydroelectric power plants amount to EUR 1.1 million per megawatt, i.e. more than twice as high.
Starting from 2013, the project is included in the list of Projects of Common Interest of the European Union (EU), together with other energy infrastructure projects of regional importance thus obtaining possibilities to acquire EU financial support from the Connecting Europe Facility (CEF) Fund.
In order to accelerate the implementation of the project, the Company applied for CEF financing for several feasibility studies:
Project No. 4.7-0016-LT-S-M-17 – “Evaluation of technical condition of the infrastructure and penstock site for the Kruonis PSPP Expansion”.
Project No. 4.7-0005-LT-S-M-19 - "Evaluation of different technological solutions for the extension of Kruonis HPSPP and socioeconomic analysis".
About 75% of all the needed construction work has been carried out when upgrading the existing infrastructure of Kruonis PSHP and building the first four hydropower units.
A large part of the preparatory works for the Kruonis PSHP development project has also been completed, such as the feasibility study, environmental assessment, and technical specifications. The estimated duration of the project's implementation would be at least four years.
In January 2018, the European Commission approved a partial funding for studies of the pole field and infrastructure (Project No. 4.7-0016-LT-S-M-17). The study is aimed at assessing whether the current state of the pole field on which the new penstock is to be constructed meets all technical requirements. This study is a step further in order to fully prepare for the possible implementation of the extension project of the power plant. The research was completed on IIIrd Quarter 2019.
In November 2019, the European Commission also approved the partial funding for the implementation of the technological feasibility study and the socioeconomic analysis of the fifth unit of Kruonis PSHP (Project No. 4.7-0005-LT-S-M-19). It aims to determine the best technological solution to be installed in Kruonis power plant as well as to determine the socioeconomic value generated by such installation. It is estimated that the feasibility study will be completed in full scope in March 2020.
In the National Energy Independence Strategy approved by the Parliament of the Republic of Lithuania on 21 June 2018, the development of Kruonis PSHP was included in the list of tasks of major importance in the electricity sector.
Project is co-financed by the Connecting Europe Facility of the European Union
The project is implemented by: AB Ignitis Gamyba
Project sponsor: UAB Ignitis Group
Funding sources: loans from commercial banks, EU Structural Funds, export credit agencies, AB Ignitis Gamyba own funds, release of green bonds
Technical Indicators: additional 225 MW in the existing 900 MW power plant, expanding its capacity to 1125 MW
Technology: flexible variable speed hydropower unit
Capacity in the pump mode: 160–225 MW
Capacity in the generator mode: 90–225 MW
Cycle efficiency ratio: up to 80 percent
For further inquiries: firstname.lastname@example.org
Kruonis Industrial Park project has been under development since 2010. The industrial park is to based in the territory of Kruonis PSHP owned by Ignitis Gamyba. The aim of the project is to attract a foreign investor developing large regional data centres and providing high-tech services.
The territory of Kruonis PSHP is ideal for data centre operations due to its existing infrastructure: high reliability systems of communications, power supply and logistics as well as the nearby Kaunas Reservoir whose water can be used for the cooling processes of the data centres. The park is located in a free economic zone and therefore offers tax benefits. Moreover, the geographically convenient location allows reaching the largest Lithuanian cities and airports in less than an hour.
The 20 October 2010 Decree No. 1495 of the Government of the Republic of Lithuania recognised this project as a project of national economic importance, and the 21 December 2011 Decree No. 1515 assigned a part of the Kruonis PSHP territory to the area of Kaunas FEZ.
Since Kruonis PSHP is an object of strategic importance, it follows high security standards – this is also relevant for data centre developers. In Kruonis industrial park, the electricity price is up to 40% lower if compared to the rest of Lithuania, moreover, it is possible to connect to high-voltage networks in line with the highest requirements for the security of electricity supply.
In order to increase the attractiveness of the territory for potential investors, in 2013–2014 the necessary engineering infrastructure was developed, including logistics, communications, water supply, and sewerage systems.
In order to reduce the administrative burden for setting-up business, in 2016 the procedures for changing the detailed site plan of the territory and assessing the environmental impact of the economic activities were initiated. In 2017, positive conclusions were received and a detailed site plan prepared, determining the building height limits, build-up intensity and other requirements in line with the needs of data centres.
In 2018, Ignitis Gamyba together with Kaunas University of Technology launched a pilot floating solar power plant project in Kruonis PSHP. Aimed at scientific research and developing innovations, the project will be the first of its kind in the region, further increasing the attractiveness of the Kruonis Industrial Park for potential investors.
Successful implementation of the Kruonis PSHP industrial park project would:
In 2013–2014, the project for the installation of the engineering infrastructure in the territory of Kruonis PSHP was implemented using the EU structural funds for the period of 2007–2013, under the Invest LT instrument of Priority 2 of the Action Programme for Economic Growth ‘Increasing Business Productivity and Improving Business Environment’, VP2-2.4-ŪM-01-V.
In total, more than EUR 2 million have been invested in the territory of Kruonis Industrial Park in the period of 2011-2018. Most of these investments were funded by the EU.
Today, around 400 PSHPs globally do not make any additional use of their water reservoirs. Looking for ways to develop its owned infrastructure Ignitis Gamyba, together with Kaunas University of Technology (KTU) started implementing a pilot floating solar power plant project in Kruonis PSHP. Aimed at scientific research and developing innovations, this project would be the first of its kind in the region.
During the primary stage of the project, Ignitis Gamyba and KTU plan to install an experimental (60 kW) solar power plant in the upper-reservoir of the Kruonis PSHP and develop an algorithm for managing the power plant and energy storage system. The algorithm will take into account constantly registered network and other physical parameters of the Kruonis PSHP. The structure resistant to ice and waves will also be designed to adjust to water-level variations.
Having evaluated the results of the pilot project, the company will assess the idea of covering the whole 300 ha upper-reservoir of Kruonis PSHP with floating solar power units. The full-size power plant could reach approx. 200-250 MW - twice as much as the current capacity of the Kaunas Algirdas Brazauskas’ hydropower plant, generating enough electricity to supply more than 120k households yearly.
In February 2019, the experimental floating photovoltaic solar power plant project in Kruonis PSHP received funding from the Lithuanian Business Support Agency (LBSA). The total amount of 235k EUR have been granted. LBSA together with the Ministry of the Economy and Innovation have decided to fund the project after considering 139 applications, 91 of which received grants. The floating solar power plant project has been rated among the best applications.
The primary stage of the project is scheduled to be completed by the end of 2021.
Successful completion of the both stages of the project would:
Some cookies are necessary to ensure the basic functions of the website such as browsing or agreeing/disagreeing with the cookies' policy. These cookies cannot be disabled.
|The name of the cookie||Description||Functioning time||The cookie is disabled if you choose to disagree|
|EW4SITE||The session ID cookie, used to ensure the basic functioning of the website||Till the end of the session||Not applicable|
|SITEXRF||POST XSRF security||Till the end of the session||Not applicable|
Functional cookies allow the website to track your preferences and certain browser settings, for example, your chosen language. They enable us to show you personalised information. If you disable functional cookies, certain website functions may become unavailable.
This type of cookies analyse website traffic. They track the number of visits and the source of the traffic, thus allowing to improve the website's efficiency and user experience. Statistical cookies let us know which parts of the website are more (or less) popular or how visitors navigate. All the information gathered by statistical cookies is anonymous - only the general patterns are tracked.
Promotional cookies are used by third-party sources, such as YouTube.com. They monitor your behavior in relation to the third-party content, for example, videos. The cookie provider may use these cookies to track your preferences to select a personalized content for you. If you disable promotional cookies, you won't be allowed to view the particular third-party content in the website