Project Activities of the Institute IRE’s Outputs.

Project Activities

IRE started its business operations in 2006, when the Institute received the State License for Construction Business Activity related to creation of architectural objects. After the cancellation of licensing for designing works, the Institute’s specialists received relevant essential qualification certificates. IRE established a designer team of certified design specialists and leading scientists. 

In the scope of the state programme, IRE’s staff participated in the development of construction project designs for wind power plants, inter alia they held managerial positions: 

  1. Project for the construction of Sudak Wind Farm in Sudak, Crimea, with a capacity of 6 MW. Built in 2001; 
  1. Project for the construction of Tarkhankut Wind Power Farm in Chornomorske, Autonomous Republic of Crimea, with a capacity of 70 MW. The three phases were completed between 2001 and 2010; 
  1. Project for the construction of Truskavets Wind Power Farm in Boryslav, Lviv region, with a capacity of 55 MW. A pilot stage was built in 1997; 
  1. Project for the construction of Novoazovsk Wind Power Farm in Mariupol, Donetsk region, with a capacity of 50 MW. Two stages were built between 1998 and 2005; 
  1. Project for the construction of Saki Wind Power Farm in Myrnyi, Autonomous Republic of Crimea, with a capacity of 50 MW. Two stages were built between 1998 and 2005; 
  1. Project for the construction of Prisnovodnenska Wind Farm in Shchelkino, Autonomous Republic of Crimea, with a capacity of 55 MW. One stage was built in 2007; 
  1. Project for the construction of the Syvash Wind Farm in Chaplynka, Kherson region, with a capacity of 25 MW. Two phases were built in 2008; 
  1. Project for the construction of the East Crimean Wind Farm in Shchelkino, Autonomous Republic of Crimea, with a capacity of 100 MW. Two stages were built in 2007. 

In the field of applied development, the Institute has developed and implemented the following RES-based projects, including: 

  1. A project of an integrated RES-based energy system for power supply to the buildings on the island of Tuzla (carried out by the decision of the President of Ukraine and the Cabinet of Ministers of Ukraine) has been developed. 
  1. A feasibility study of the integrated energy supply system for the military sanatorium in Sudak (based on renewable energy sources) has been developed. 
  1. Design and implementation of the “Demonstration Geothermal Installation Based on a Heat Pump — GTP-15-1” project has been completed in the Hryshko National Botanical Garden of the National Academy of Sciences of Ukraine. 
  1. In December 2011, the detailed design documentation for the project of the 4.15 MW solar power plant construction in the Ternopil region was developed. The documentation has successfully passed the expert assessment by USELF/EBRD. 
  1. In 2013, IRE’s project team developed design documentation for a solar power plant in the Cherkasy region with an installed capacity of 2 MW. 
  1. In 2013, IRE’s project team developed detailed design documentation for the project “Implementation of Rational Energy Consumption Based on Panasonic, Sanyo, and Daikin (Japan) State-of-the-Art High-Efficiency Technologies on the Site of State-Owned Institution “International Children’s Centre “Artek.” The Artek SPP construction project was developed with the participation of NISSIN Electric Co., Ltd (Japan). The site of the power plant is located on the territory of the International Children’s Centre “Artek”, in the village of Gurzuf, Autonomous Republic of Crimea. 

For the first time in Ukraine, a computer system for visualizing the operation of an industrial solar power plant and interactive information exchange with a long-term database was implemented at the solar power plant “SPP Artek”. The computer system is designed to visualize the processes and results of solar power generation, with their output on large-format screens to teach school students how to use renewable energy and involve the younger generation in implementing programs focused on reducing harmful emissions into the environment. The construction project of SPP Artek has been examined by the State Enterprise “Ukrderzhbudexpertyza”. IRE performed the author’s supervision over the construction of the facility. According to the design specification, photovoltaic and electrical equipment was supplied to the facility. Significant volumes of construction work were performed. However, due to the annexation of Crimea, the construction project was halted. 

  1. In November 2015, a preliminary feasibility study was developed for the construction of a photovoltaic plant with an installed capacity of 5 MW in the Zhytomyr region. 
  1. Between April 2016 and June 2017, the IRE’s project team developed detailed design documentation, carried out field supervision, and provided support to the Customer at all stages of implementation (from the beginning to the final receipt of the green tariff and the launch of the facility) of the first industrial project of a 105 kW roof-top photovoltaic plant, for a private enterprise in Kyiv. 
  1. In May 2018, a short feasibility study was developed for the construction project of a photovoltaic plant with an installed capacity of 7.8 MW in the Vasylkiv district. 
  1. During 2017 and 2018, the project team implemented several photovoltaic plant projects in the Kherson region for the French-Ukrainian customer, including site selection, work organization with the allocation of selected land plots, development of connection schemes, and submission of documents for obtaining technical specifications for connection to the grid. 
  1. In June 2020, by request of the international charitable organization “East Europe Foundation”, the analysis was carried out, and the calculation of the solutions made for installing of photovoltaic modules on the building façade in the scope of “Establishing an Energy Efficiency Information Platform in Ukraine and a Demonstration Comprehensive Renovation of the Building of the Ministry of Regional Development of Ukraine” at 9, Velyka Zhytomyrska St., building B., Kyiv and provided the relevant expert opinion. 

In the field of wind energy, IRE’s specialists performed the whole range of works on justification and organization of the construction of wind power plants (WPPs), including: 

  • selection of sites for the location of wind farms upon consideration of wind energy potential of the site, the possibility of connecting wind farms to the energy grid of Ukraine, solving land issues, and environmental studies to prove the absence of barriers; 
  • long-term forecast of electricity production at the WPP’s site by relevant wind turbine models. 

At the request of foreign investors, specialists of the Institute participated in development of the following wind farm projects: 

  • the construction project of the wind power plant “Sunny Valley”, with a capacity of 100 MW in the city of Sudak, the Autonomous Republic of Crimea; 
  • the construction project of the West Crimean Wind Farm with a capacity of 250 MW in the Autonomous Republic of Crimea; 
  • the construction project of the South-Ukrainian Wind Farm with a capacity of 300 MW in the city of Ochakiv, Mykolaiv region. 

Qualified specialists of the Institute of Renewable Energy of the National Academy of Sciences of Ukraine carried out energy audits of buildings/enterprises, including the energy audit of the specialized clinical sanatorium “Peremoha” of the Ministry of Social Policy of Ukraine. The power supply and lighting systems, heating, hot water supply, and ventilation systems, building envelopes, water supply, and drainage systems were audited. Based on the audit findings, total annual potential savings of UAH 2,709,386.00 thousand were determined or 56.3% of the sanatorium’s fuel and energy costs. 

For more information and advice, don’t hesitate to get in touch with us: 

tel.: +38 (044) 206-28-09, 

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