Kryvorizka

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419'123,08 mln
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Project code
Keyword
Initiator
Budget
Status
Initiation date
Budget
Status
Local level of SPP
Local level of SP
Date04. 2026
SectorMunicipal infrastructure and services
SubsectorUrban planning and landscaping
StatusInvestment Feasibility Study

Installation of individual heating points in educational institutions of the Kryvyi Rih urban territorial community

Project Goal
Introducing innovations and energy-efficient solutions. Contribution to climate or environmental goals, Increasing compliance with modern standards, Increasing compliance with modern standards, Increasing the even distribution of resources, Creation of new jobs through project implementation, Improving the quality of services
Geography
Kryvyi Rih city
Initiator
MUNICIPAL ENTERPRISE "INSTITUTE FOR DEVELOPMENT OF THE CITY OF KRYVY ROH" OF KRYVY ROH CITY COUNCIL
Maturity level
71
Installation of individual heating points in educational institutions
Leaving the existing heating system of educational institutions unchanged
The alternative technical solution involves the installation of individual heat points in educational institutions of the Kryvyi Rih city territorial community, in particular in general secondary and preschool education institutions, which are connected to a centralized heat supply system and have signs of inefficient use of thermal energy. The solution consists in equipping each building with a modern set of ITP equipment, which provides automatic regulation of the coolant parameters depending on the external temperature, actual thermal load and the operating mode of the facility. The implementation involves the installation of control units, regulating valves, pumping equipment, monitoring, measurement and automation equipment, which make it possible to provide more accurate, flexible and controlled heat supply at the level of a specific building. The technical essence of the solution is the transition from virtually uncontrolled heat energy consumption to a model in which the volume of heat supply is adapted to the real needs of the institution. This allows to eliminate cases of overheating of premises during the heating season, to reduce the need for manual temperature regulation by opening windows, to reduce unproductive heat energy losses and to ensure a more stable temperature regime in the premises. The solution is implemented without abandoning centralized heat supply, but with a significant increase in the efficiency of its use on the consumer side. The introduction of ITP also creates a technical basis for improving energy management in educational institutions, as it provides the possibility of more accurate control of heat supply parameters, prompt response to deviations and further monitoring of the efficiency of heat energy consumption. Given that the project covers social infrastructure facilities, the solution has not only a technical but also a pronounced socio-economic effect, as it is aimed at increasing the comfort of children and employees, reducing budget costs for heat supply and achieving energy efficiency and decarbonization goals at the community level.
Project cost60'000'000 UAH
Implementation period18 months
Local level of SPP
Local level of SP
Date04. 2026
SectorMunicipal infrastructure and services
SubsectorDevelopment and Reconstruction of Subnational Infrastructure
StatusInvestment Feasibility Study

Energy saving measures. Reconstruction of the main heating network of the "Gigant" boiler house from TK-158 to TK-139 in Saksagansky district of Kryvyi Rih, Dnipropetrovsk region

Project Goal
Improving the quality of services. Contribution to climate or environmental goals, Increasing compliance with modern standards, Increasing compliance with modern standards, Improving the equality of wealth distribution, Increasing the even distribution of resources, Improving the condition of infrastructure, Introducing innovations and energy-efficient solutions, Meeting demand
Geography
Kryvorizka community, Kryvyi Rih city
Initiator
UTILITY ENTERPRISE OF HEAT NETWORKS "KRYVORIZHTPLOMEREZHA"
Maturity level
78
Energy saving measures. Reconstruction of the main heating network of the "Gigant" boiler house from TK-158 to TK-139 in Saksagansky district of Kryvyi Rih, Dnipropetrovsk region
Reconstruction of the main heating network of the "Gigant" boiler house from TK-158 to TK-139 using steel pipelines without prior insulation in the Saksagansky district of Kryvyi Rih, Dnipropetrovsk region
The working project is intended to increase the energy efficiency of the centralized heating system of consumers by reconstructing the main heating networks from the "Gigant" boiler house on the TK-158-TK-139 section, which are characterized by high rates of heat energy losses and unsatisfactory technical condition.
Project cost365'163'118 UAH
Implementation period10 months
Local level of SPP
Local level of SP
Date04. 2026
SectorMunicipal infrastructure and services
SubsectorDevelopment and Reconstruction of Subnational Infrastructure
StatusInvestment Feasibility Study

Energy saving measures. Reconstruction of the main heating network of the "Gigant" boiler house from TK-136 to TK-114 in Saksagansky district of Kryvyi Rih, Dnipropetrovsk region

Project Goal
Improving the quality of services. Contribution to climate or environmental goals, Increasing compliance with modern standards, Improving the equality of wealth distribution, Increasing the even distribution of resources, Improving the condition of infrastructure, Introducing innovations and energy-efficient solutions, Meeting demand
Geography
Kryvorizka community, Kryvyi Rih city
Initiator
UTILITY ENTERPRISE OF HEAT NETWORKS "KRYVORIZHTPLOMEREZHA"
Maturity level
78
Energy saving measures. Reconstruction of the main heating network of the "Gigant" boiler house from TK-136 to TK-114 in Saksagansky district of Kryvyi Rih, Dnipropetrovsk region
Reconstruction of the main heating network of the "Gigant" boiler house from TK-136 to TK-114 using steel pipelines without prior insulation in the Saksagansky district of Kryvyi Rih, Dnipropetrovsk region
The working project is intended to increase the energy efficiency of the centralized heating system of consumers by reconstructing the main heating networks from the "Gigant" boiler house on the TK-136 - TK-114 section, which are characterized by high rates of heat energy losses and unsatisfactory technical condition. Additional land acquisition is not required. When performing work on the reconstruction of old external heat networks, it is envisaged: replacement of existing pipelines of external heat networks using a pre-thermally insulated pipeline with foamed polyurethane foam with a conductive steel pipe and an outer shell of polyethylene resistant to atmospheric corrosion (according to DSTU B V.2.5-31:2007); replacement of existing pipelines in heat chambers using a steel pipe according to DSTU 8943:2019 with thermal insulation from mineral wool mats with a covering layer of foil insulation; replacement of existing and installation of new shut-off valves, compensators in heat chambers; thermal insulation of pipelines and valves in heat chambers; repair and reconstruction of heat chambers, arrangement of drainage wells and pits; partial replacement of impassable channels (precast reinforced concrete trays); implementation of a remote control and monitoring system of heating network pipelines (SDKM) with the installation of control devices; restoration of road surfaces and sidewalks in places where external heating network pipelines are laid; performance of landscaping and landscaping works.
Project cost70'169'310 UAH
Implementation period10 months
Local level of SPP
Local level of SP
Date04. 2026
SectorHealthcare
SubsectorSpecialized medical care
StatusInvestment Feasibility Study

Major renovation of the basement of block A (rooms 5-10) of the polyclinic building (for use as a simple shelter) at the address: Kryvyi Rih, Volodymyr Velykoho St., 33D

Project Goal
Increasing compliance with modern standards. Increasing compliance with modern standards, Ensuring inclusiveness and equal opportunities, Meeting demand
Geography
Kryvorizka community, Kryvyi Rih city
Initiator
MUNICIPAL NON-COMMERCIAL ENTERPRISE "KRYVORYZ CITY CHILDREN'S HOSPITAL No. 4" OF KRYVORYZ CITY COUNCIL
Maturity level
87
Major renovation of the basement of block A (rooms 5-10) of the polyclinic building (for use as a simple shelter) at the address: Kryvyi Rih, Volodymyr Velykoho St., 33D
Construction of a detached protective structure
Overhaul of basements for the simplest shelter in a hospital involves a comprehensive modernization of these premises to ensure safety: strengthening structures, arranging forced ventilation, bathrooms, installing backup lighting, fire alarms, creating places to sit/lie down, providing water and communications. The work includes replacing networks, waterproofing, insulation and finishing, ensuring compliance with civil protection requirements
Project cost5'083'093 UAH
Implementation period7 months
Local level of SPP
Local level of SP
Date04. 2026
SectorMunicipal infrastructure and services
SubsectorDevelopment and Reconstruction of Subnational Infrastructure
StatusInvestment Feasibility Study

Development of design and estimate documentation Energy saving measures. Reconstruction of the Central boiler house with the installation of a cogeneration gas piston unit at the address: 5000, Ukraine, Dnipropetrovsk region, Kryvyi Rih, Rudna st., 53

Project Goal
Improving the quality of services. Contribution to climate or environmental goals, Increasing compliance with modern standards, Increasing compliance with modern standards, Creation of new facilities and services, Improving the equality of wealth distribution, Increasing the even distribution of resources, Improving the condition of infrastructure, Introducing innovations and energy-efficient solutions, Meeting demand
Geography
Kryvorizka community, Kryvyi Rih city
Initiator
UTILITY ENTERPRISE OF HEAT NETWORKS "KRYVORIZHTPLOMEREZHA"
Maturity level
76
Development of design and estimate documentation Energy saving measures. Reconstruction of the Central boiler house with the installation of a cogeneration gas piston unit at the address: 5000, Ukraine, Dnipropetrovsk region, Kryvyi Rih, Rudna st., 53
Energy saving measures. Reconstruction of the Central boiler house with the installation of solid fuel boilers at the address: 5000, Ukraine, Dnipropetrovsk region, Kryvyi Rih, Rudna st., 53
KPTM «Kryvorizhteplomerezha» produces and supplies thermal energy for the needs of heating and hot water supply of the population, municipal facilities and industrial enterprises of the city of Kryvyi Rih, and also operates and maintains equipment and networks in working condition. Boiler house «Central» KPTM «Kryvorizhteplomerezha» is designed to meet the needs of heating, hot water supply and superheated steam of residential, municipal and industrial facilities. Boiler house «Central» was put into operation in 1962 . At the current time, the boiler house produces 155625.069 Gcal/year of thermal energy. Currently, the boiler house is operated by the following equipment: gas-fired water boilers KV-GM-100-150 – 1 unit. and PTVM-100-150 - 3 units; as well as steam gas boilers DKVR-10-13 - 2 units and DKVR-20-13 - 1 unit. The total thermal capacity of the equipment is 494 MW. The planned activities include the installation of two cogeneration gas piston units (CPU) of modular and container design manufactured by JENBACHER and other auxiliary equipment, as well as the replacement of existing pumping equipment in the existing boiler house as backup sources for the production of electricity and heat.
Project cost297'468'663 UAH
Implementation period24 months
Local level of SPP
Local level of SP
Date04. 2026
SectorMunicipal infrastructure and services
SubsectorUrban planning and landscaping
StatusInvestment Feasibility Study

Installation of solar power plants at the facilities of the Rapid Tram Enterprise

Project Goal
Introducing innovations and energy-efficient solutions. Contribution to climate or environmental goals, Increasing compliance with modern standards, Increasing compliance with modern standards, Improving the condition of infrastructure, Improving the quality of services
Geography
Kryvyi Rih city
Initiator
DEPARTMENT OF THE ECONOMY OF THE EXECUTIVE COMMITTEE OF THE KRYVORIZ CITY COUNCIL
Maturity level
73
Installation of solar power plants at company facilities
Use of diesel generators during emergency power outages
The technical solution involves the installation of solar power plants at the traction substations of the "High-speed Tram" power plant with the placement of photovoltaic modules on the roofs of buildings and within the adjacent territory of the substations in combination with electrical energy storage systems (storage batteries). The generated electrical energy is integrated into the internal electrical networks of the substations through inverter equipment and used to cover their own technological and economic needs (control, automation, lighting, ventilation, communication and security systems). Excess electricity is accumulated in battery systems with the possibility of further use during periods of lack of generation or interruptions with external power supply, which ensures the backup of critical loads of the substations
Project cost101'136'716 UAH
Implementation period11 months
Local level of SPP
Local level of SP
Date04. 2026
SectorMunicipal infrastructure and services
SubsectorDevelopment and Reconstruction of Subnational Infrastructure
StatusInvestment Feasibility Study

Energy saving measures. Reconstruction of the boiler house "PivnGZK No. 2" with the installation of a cogeneration gas piston unit at the address: 50000, Ukraine, Dnipropetrovsk region, Kryvyi Rih, Volodymyr Cherkasov Street, 31K

Project Goal
Improving the quality of services. Capacity building, Contribution to climate or environmental goals, Increasing compliance with modern standards, Improving the equality of wealth distribution, Increasing the even distribution of resources, Improving the condition of infrastructure, Introducing innovations and energy-efficient solutions, Meeting demand
Geography
Kryvorizka community, Kryvyi Rih city
Initiator
UTILITY ENTERPRISE OF HEAT NETWORKS "KRYVORIZHTPLOMEREZHA"
Maturity level
78
Energy saving measures. Reconstruction of the boiler house "PivnGZK No. 2" with the installation of a cogeneration gas piston unit at the address: 50000, Ukraine, Dnipropetrovsk region, Kryvyi Rih, Volodymyr Cherkasov Street, 31K
Energy saving measures. Reconstruction of the boiler house "PivnGZK No. 2" with the installation of a solar power plant (SPP) and storage tanks at the address: 50000, Ukraine, Dnipropetrovsk region, Kryvyi Rih, Volodymyr Cherkasov Street, 31K
The working project, as an energy saving measure, envisages the installation of a cogeneration gas piston unit (CPU) of the AVUS 500plus type - a complete set of equipment for the combined production of electricity and heat by burning natural gas. The cogeneration unit (CPU) is designed to meet the boiler house's needs for electricity, both in emergency mode when the external power supply disappears, and in normal operation. This facility is a complex of engineering structures for generating thermal energy from a boiler room and transmitting it to the end consumer. The AVUS 500plus gas-piston cogeneration plant is a finished product supplied by the manufacturer in a fully equipped form with all technological, construction and fire protection systems. This project does not develop the internal systems and equipment of the CHP. It is planned to connect the CHP to the gas, heat and electricity supply networks. The nominal electrical capacity of the CHP is 600 kW, voltage class 0.4 kV, frequency 50 Hz. The total thermal capacity of the CHP is 639 kW. Volumetric flow rate of natural gas is 139.1 m3/h.The containerized CHP is installed outside on the site within the territory of the boiler house. Communication outlets – through the walls of the container. Flue gas is discharged into a complete flue pipe, 10.5 m high. Natural gas is used to produce electricity and heat, which is supplied to the CHP via a designed pipeline from the existing gas pipeline with a regulator installed to reduce the pressure to the calculated one. Thermal energy is utilized during CHP operation by heating the coolant of the return pipeline of the boiler house's heat network through a heat exchange module.This working project provides for the reconstruction of the RP-6kV electrical networks of the boiler house "PivnGZK No. 2":- replacement of 16 RP-6kV TP-7 6/0.4kV KSO cells with 14 MVC cells. with vacuum circuit breakers with a rated current of 1250A;- replacement of panels Shcho-90 TP-7 6/0.4kV - 11 pcs. with 18 pcs. PowerLine-1000 panels (low-voltage complete device) with automatic circuit breakers with electronicdisconnector;- for the needs of RP-6kV, installation of a self-service switchboard (ShVP-RP with ATS) individually manufactured is provided. A transformer substation building has been designed for installation of power transformers. The degree of fire resistance of the building – II. The cogeneration unit (CHP) is designed to meet the boiler house's electricity needs, both in emergency mode when the external power supply disappears, and in normal operation.To increase the useful effect of the CHP operation, it is planned to use the thermal energy released from the CHP to heat the return network water.CHP characteristics:Nominal electric power 600 kW, voltage class 0.4 kV, frequency 50 Hz;Total thermal power 639 kW.Equipment composition:1. The container-type external cogeneration unit is installed on the street, on the side of axis A of the existing boiler house, on one foundation plate with a cooler.2. The MT-639 type heating module is installed on the street, on the A axis of the existing boiler house. Ensuring reliable and energy-efficient heat supply to consumers using modern technologies;reducing natural gas consumption by introducing cogeneration of heat and electricity;optimizing costs for fuel and energy resources and reducing operating costs;reducing the negative impact on the environment by reducing emissions of greenhouse gases and harmful substances;increasing energy independence and reducing the load on city electricity networks;creating a modern, reliable and sustainable heat supply system that meets the requirements of energy saving and sustainable development.
Project cost151'957'294 UAH
Implementation period8 months
Local level of SPP
Local level of SP
Date04. 2026
SectorMunicipal infrastructure and services
SubsectorDistrict Heating
StatusInvestment Feasibility Study

Energy saving measures. Reconstruction of the district heating networks of the boiler house "PivnGZK No. 2" from TK-181a to TK-193 and to residential buildings and buildings connected from TK-193, Dnipropetrovsk region, Kryvyi Rih city, Terniv district

Project Goal
Improving the quality of services. Capacity building, Contribution to climate or environmental goals, Increasing compliance with modern standards, Increasing compliance with modern standards, Improving the equality of wealth distribution, Increasing the even distribution of resources, Improving the condition of infrastructure, Introducing innovations and energy-efficient solutions, Meeting demand
Geography
Kryvorizka community, Kryvyi Rih city
Initiator
UTILITY ENTERPRISE OF HEAT NETWORKS "KRYVORIZHTPLOMEREZHA"
Maturity level
75
Energy saving measures. Reconstruction of the district heating networks of the boiler house "PivnGZK No. 2" from TK-181a to TK-193 and to residential buildings and buildings connected from TK-193, Dnipropetrovsk region, Kryvyi Rih city, Terniv district
Energy saving measures. Reconstruction of the district heating networks of the boiler house "PivnGZK No. 2" from TK-181a to TK-193 and to residential buildings and buildings connected from TK-193 using steel pipelines without prior insulation, Dnipropetrovsk region, Kryvyi Rih city, Terniv district
Currently, the existing section of the heating main from TK-181a to TK-193 consists of uninsulated steel pipelines with a diameter of Du 50 to Du 250, supply and return. Pipe fittings for connecting branches and compensators are located in the existing thermal chambers (TC). U-shaped compensators are used to compensate for temperature loads. This work project provides for the replacement of pipelines in the area from the sectioning pipeline fittings to the existing pipeline in TK-181a, to the connection of branches to houses and buildings located connected from TK-193, which includes: replacement of existing pipelines of external heat networks using pipelines pre-insulated with polyurethane foam elements with a conductive steel pipe and an outer shell of polyethylene resistant to atmospheric corrosion (according to DSTU B V.2.5-31:2007); replacement of existing pipelines of district heat networks using flexible pre-heat-insulated reinforced pipes, consisting of three elements that are tightly connected to each other: a conductive pipe, polyurethane foam and an outer shell of PE with a coolant operating temperature of up to 95 ° C and a maximum operating pressure of 1.0 MPa; replacement of existing pipelines in thermal chambers using steel pipes, hot-deformed seamless (according to DSTU 8938:2019); replacement of existing and installation of new shut-off valves, compensators in thermal chambers; thermal insulation of pipelines and valves in thermal chambers; repair and reconstruction of thermal chambers and arrangement of pits; dismantling and arrangement of impassable channel elements (precast concrete trays, if necessary); restoration of road surfaces and sidewalks in places of laying pipelines of external thermal networks; performance of works on landscaping and improvement of the territory of the work. Connection to the existing heating network is made: from the sectionalizing pipeline fittings in TK-181a for branches from the heat chamber to the inner wall of residential buildings and buildings in the pit in front of the installed elevator unit; design boundary for branches of the designed pipelines that are not included in the reconstruction boundary - the wall of the heat chamber. Temperature graph at the connection points 95°-70°C, maximum design pressure in the heating network - P=1.0 MPa. Consumers connected to the designed network belong to the second category in terms of heat supply reliability. The pipelines provided for in this working project are made of: steel electrowelded pipes ST/PE 273x7mm/400, pre-insulated according to the standard DSTU B V.2.5-31:2007; seamless hot-deformed steel pipes according to DSTU 8938: 2019 from steel 20, for diameters from DN 25 to DN 250 mm - in thermal chambers; Connecting parts of pipelines are provided in thermal chambers according to DSTU 17375: 2003, DSTU 17378: 2003 from steel 20. with ductless laying according to DSTU B V.2.5-31:2007. The laying of pipelines is provided underground, in existing brick impassable channels/trays and ductless. At the intersections of the road surface, installation is provided: Petlyakova St. - in the design steel casing 2x DN 500; in other sections of the heat networks passing under the highways, the reverse installation of previously dismantled reinforced concrete slabs of the overlap of the trays as unloading slabs is provided. Compensation of temperature deformations of the steel pipelines of the heat network is carried out by arranging U-shaped compensators. Arrangement of fixed supports in the section of channelless laying from TK-181a to TK-127 is provided using supports for pre-insulated pipelines according to DSTU B V.2.5-31:2007. For the passage of pre-insulated pipelines in the casing, the arrangement of sliding rings is provided, with a step of no more than 3.5 m. In the heat chambers, the replacement of pipelines on branches to consumers is carried out together with the replacement of existing pipeline fittings, including jumpers, air vents and drainage pipes. As shut-off valves, wedge flange and welded die-welded valves are used, for air vents and drainages, wedge flange valves and flange ball valves are provided. The connection of flexible polymer pipes with a steel counterpart in the thermal chamber is provided using end fittings for welding. The arrangement of fixed supports in thermal chambers is provided using clamp supports and serves to fix the pipeline for which a transition to a flexible polymer pipe is provided. All pipelines and shut-off valves located in the thermal chamber must be thermally insulated with mineral wool insulation 60 mm thick with a coating of foiled foamed polyethylene insulation tape. Thermal insulation of pipeline valves is provided as removable. To exclude unauthorized access to thermal chambers, ladders are not provided. For design solutions, see drawings Volume 2 set KTM-26.02 -TM. When performing work: The presence and depth of laying existing underground communications should be clarified during the work. Earthworks at intersections should be carried out manually in the presence of a representative of the operating organization. At intersections of heat networks with highways or roads, lay pipelines by excavating the highway and arranging new impassable channels/cases. In thermal chambers, if necessary, pump out water and clean from debris, with subsequent removal to a landfill. Dismantled trays, floor slabs and dismantled pipelines that are in satisfactory condition should be transferred to KPTM "Kryvorizhteplomerezha". Damaged trays and floor slabs should be disposed of as construction waste with the preparation of appropriate acts. Preliminary and final tests of pipelines should be carried out. The test pressure of the pipelines is 1.25 times the working pressure in accordance with clause 6.3.59 of the "Rules for the technical operation of thermal installations and networks". Installation, testing and insulation of pipelines shall be carried out in accordance with DBN A.3.2-2-2009 "System of occupational safety standards. Occupational health and industrial safety in construction", "Rules for the safe operation of thermomechanical equipment of power plants and thermal networks", "Rules for the technical operation of thermal installations and networks". Before starting work, it is necessary to: open an order for earthworks; disconnect all consumers from the heat network; coordinate the location of the work with all authorities. All existing water supply, sewage and gas pipeline networks that cross the heat network (when it is laid underground in reinforced concrete channels) above the heat network pipelines are arranged in cases 3 m long on both sides from the edge of the building structure of the channel. At the intersections of heat networks with gas pipelines at a distance of no more than 15 m on both sides from the gas pipeline, control tubes are provided on the heat network channel for sampling gas leaks. The project does not allow the discharge of water from pipelines at the lowest points of water heat networks directly into heat chambers. The discharge of water should be carried out from each pipe separately with its pumping by a pump directly into a tanker truck with subsequent removal by a specialized enterprise according to the concluded contracts.
Project cost61'696'716 UAH
Implementation period9 months
Local level of SPP
Local level of SP
Date04. 2026
SectorSocial sector
SubsectorSocial support
StatusInvestment Feasibility Study

"Overhaul of part of the basement of the KU "TCSO (NSP) in Pokrovsky district" KMR, which is planned to be used for sheltering the population, as the simplest shelter, at the address: Kryvyi Rih, Elektrozavodska st., 22A"

Project Goal
Improving the condition of infrastructure.
Geography
Kryvorizka community
Initiator
MUNICIPAL INSTITUTION "TERRITORIAL CENTER FOR SOCIAL SERVICES (PROVISION OF SOCIAL SERVICES) IN POKROVSKY DISTRICT" OF KRYVYRIZ CITY COUNCIL
Maturity level
85
Overhaul of part of the basement
Construction of a new rapid-erection protective structure
Construction works to ensure waterproofing of walls and covering of the premises, installation of reliable doors that meet safety requirements. Interior decoration and laying of flooring, installation of a high-quality ventilation system, effective lighting system and complete reconstruction of electrical networks. Ensuring uninterrupted water supply, drainage, installation of sanitary facilities.
Project cost1'692'294 UAH
Implementation period36 months
Local level of SP
Date03. 2026
SectorMunicipal infrastructure and services
SubsectorUrban planning and landscaping
StatusInvestment Feasibility Study

Technical re-equipment of substation No. 23 ZRU-6kV, VRU-35kV at PrJSC "Northern Mining and Processing Plant"

Project Goal
Introducing innovations and energy-efficient solutions. Contribution to climate or environmental goals, Increasing compliance with modern standards, Improving the equality of wealth distribution, Increasing the even distribution of resources, Improving the condition of infrastructure, Improving the quality of services
Geography
Kryvorizka community, Kryvyi Rih city
Initiator
DEPARTMENT OF CITY INFRASTRUCTURE DEVELOPMENT OF THE EXECUTIVE COMMITTEE OF THE KRYVORIZ CITY COUNCIL
Technical re-equipment of substation No. 23 ZRU-6kV, VRU-35kV
New construction of an electrical substation to ensure power supply to facilities in the Ternivskyi district of the city of Kryvyi Rih
The chosen technical solution is the technical re-equipment of substation No. 23 ZRU-6kV, VRU-35kV with the phased replacement of outdated electrical equipment with modern energy-efficient and reliable analogues without changing the functional purpose of the facility. The solution involves the implementation of a set of measures, in particular, the replacement of 6 kV oil circuit breakers with vacuum circuit breakers, the modernization of relay protection and automation systems with the introduction of modern digital technologies, the renewal of current and voltage transformers, insulation equipment, as well as the replacement of cable lines of operational circuits. It is also planned to increase the level of dispatching and controllability of the substation's technological processes. The technical re-equipment of the substation will be carried out without decommissioning the facility as a whole, with phased implementation of the work, which will ensure the continuity of power supply to consumers of reliability category I, in particular critical infrastructure facilities. The chosen solution allows for the most efficient use of the existing infrastructure base, minimize the volume of construction work, reduce the project implementation time, and reduce total capital costs compared to alternative options associated with the construction of new facilities. As a result of the implementation of the technical solution, increased reliability of power supply, reduced accident rates, improved energy efficiency, compliance with modern technical standards, and increased sustainability of the community's energy infrastructure will be ensured.
Project cost7'405'000 UAH
Implementation period12 months

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