Name: Kharkiv TEC-5: Infrastructure, War Damage and Energy Resilience
Address: UA

Overview

Kharkiv TEC-5 is a major combined heat and power (CHP) facility located near Podvirky village in the Kharkiv Raion of Kharkiv Oblast, Ukraine. As the second largest CHP plant in the country, it serves as a critical node in the regional energy infrastructure, providing both electricity and thermal energy to the surrounding industrial and residential zones. The plant is operated by JSC Kharkiv CHPP-5, which functions as a subsidiary of Naftogaz Ukrainy, the national energy company. This ownership structure integrates the facility into the broader Ukrainian natural gas and power distribution networks, ensuring coordinated operation with other major generation assets. The facility boasts a significant dual capacity, generating 540 MW of electric power and up to 1,650 MW of heat power. This substantial output supports the energy demands of the Kharkiv metropolitan area, particularly during peak winter heating seasons and periods of high industrial activity. The plant’s design emphasizes efficiency through combined cycle operations, allowing it to maximize energy extraction from its primary fuel source, natural gas. The infrastructure includes a prominent 330-meter (1,080 ft) tall chimney, which was built in 1979, serving as a key landmark in the local landscape. Additionally, the site features two 81-meter (266 ft) tall cooling towers, which are essential for managing the thermal output of the plant’s turbines and boilers. Despite its long-standing operational history, Kharkiv TEC-5 has faced significant challenges in recent years. The plant was severely damaged during a Russian attack on 22 March 2024, which knocked the facility offline and disrupted power and heat supply to the region. The damage necessitated extensive restoration work, with projections indicating that full recovery efforts would likely extend into 2025. This incident highlights the vulnerability of critical energy infrastructure in the ongoing conflict in Ukraine and underscores the importance of resilience measures for future operations. The plant's status remains under construction for restoration, reflecting the ongoing efforts to return this vital energy asset to full operational capacity.

Infrastructure and Technical Specifications

Kharkiv TEC-5 is classified as a combined heat and power (CHP) plant, functioning as a gas powerplant with natural_gas as its primary fuel source (per Enipedia Ground Truth). The facility is operated by JSC Kharkiv CHPP-5 and holds the distinction of being the second largest CHP plant in Ukraine. The plant provides a capacity of 540 MW of electric power and up to 1,650 MW of heat power.

The physical infrastructure of the station includes significant vertical structures designed for thermal management and exhaust dispersion. The plant features a 330-meter (1,080 ft) tall chimney, which was built in 1979. In addition to the main chimney, the site includes two 81-meter (266 ft) tall cooling towers. These structures are critical to the plant's operational efficiency and visual profile within the Kharkiv Raion landscape.

Technical Specifications

Parameter	Value
Entity Type	gas_powerplant
Classification	Combined Heat and Power (CHP)
Primary Fuel	natural_gas
Operator	JSC Kharkiv CHPP-5
Electric Capacity	540 MW
Heat Capacity	1,650 MW
Chimney Height	330 meters (1,080 ft)
Chimney Construction Year	1979
Cooling Towers	2 units
Cooling Tower Height	81 meters (266 ft)
Operational Status	under_construction

The plant was commissioned in 1979 (per Enipedia Ground Truth). The infrastructure has faced significant challenges, with the plant being severely damaged during the 22 March 2024 Russian attack, which knocked it offline and requires restoration work that will likely run into 2025.

History of Construction and Operation

Kharkiv TEC-5 was constructed during the 1970s under the Soviet Union, establishing a critical energy infrastructure asset in the Kharkiv Oblast. The facility is located near Podvirky village in Kharkiv Raion, Ukraine. This construction date aligns with the plant's commissioning in 1979. The facility also includes two 81-meter (266 ft) tall cooling towers. As a combined heat and power plant (CHP), Kharkiv TEC-5 was designed to provide significant regional energy output. The plant is operated by JSC Kharkiv CHPP-5. It utilizes natural gas as its primary fuel source.

Operational Significance

Kharkiv TEC-5 is the second largest CHP plant in Ukraine. Its substantial capacity made it a key regional energy asset, providing both electricity and heat to the surrounding areas. The plant's operational history was marked by its role in stabilizing the local energy grid. The facility remained in service for several decades, contributing to the energy needs of the Kharkiv region. The plant's infrastructure, including its tall chimney and cooling towers, became a recognizable part of the local industrial landscape. The facility's size and output were critical for the region's industrial and residential energy demands.

Impact of the War

The plant's operational status was significantly affected by the ongoing war in Ukraine. The facility was severely damaged during a Russian attack on 22 March 2024. This attack knocked the plant offline, disrupting its energy output. The damage required extensive restoration work. According to reports, the restoration work was likely to run into 2025. The plant is currently under construction or undergoing restoration efforts. The attack highlighted the vulnerability of critical energy infrastructure in the region. The restoration of Kharkiv TEC-5 is crucial for the recovery of the local energy grid. The facility's return to full capacity will depend on the progress of the restoration work. The plant's history is now defined by its resilience and the ongoing efforts to repair the damage caused by the war. The facility remains a symbol of the region's energy infrastructure and its importance to Ukraine's energy sector.

The 2024 Attack and Operational Status

On 22 March 2024, Kharkiv TEC-5 sustained severe structural damage during a targeted Russian missile strike, marking one of the most significant blows to Ukraine’s regional energy infrastructure in the ongoing conflict. The attack directly impacted the plant’s operational capacity, effectively knocking the facility offline and disrupting power and heat distribution across the Kharkiv Oblast. According to the, the strike caused extensive damage that required immediate restoration efforts, with projections indicating that reconstruction work would likely extend into 2025. This timeline suggests a prolonged recovery period, potentially exceeding one year, as confirmed by CEO Oleksandr Minkovich, who emphasized the complexity of repairing the plant’s critical systems.

Impact on Regional Power Supply

The offline status of Kharkiv TEC-5 had immediate and widespread consequences for the region’s energy grid. The plant, which provides 540 MW of electric power and up to 1,650 MW of heat power, serves as a primary energy source for Kharkiv and surrounding areas. Its sudden disruption left over a million people without electricity, exacerbating the region’s energy vulnerability during the winter months. The loss of such a large combined heat and power (CHP) plant forced the city to rely heavily on energy imports from other regions, straining the national grid and highlighting the interconnectedness of Ukraine’s power infrastructure.

The dependence on external power sources increased operational costs and introduced additional logistical challenges. Neighboring regions had to ramp up their own generation capacity to compensate for the shortfall, often operating at near-maximum efficiency. This redistribution of energy resources underscored the strategic importance of Kharkiv TEC-5, not only as a local energy provider but also as a key node in Ukraine’s broader energy network. The disruption also affected industrial operations, with factories and commercial enterprises facing intermittent power outages that impacted productivity.

Reconstruction Efforts and Future Outlook

CEO Oleksandr Minkovich outlined the extensive reconstruction process required to restore Kharkiv TEC-5 to full operational status. The damage to the plant’s infrastructure, including its 330-meter chimney and two 81-meter cooling towers, necessitated a detailed assessment of structural integrity and equipment functionality. Minkovich noted that the reconstruction would involve not only physical repairs but also the modernization of certain systems to enhance resilience against future attacks. The projected timeline, extending into 2025, reflects the complexity of coordinating labor, materials, and technical expertise in a conflict zone.

The restoration process also highlights the broader challenges faced by Ukraine’s energy sector in maintaining stability amid ongoing geopolitical tensions. The plant’s recovery is critical not only for local energy security but also for the national grid’s ability to withstand future disruptions. As reconstruction progresses, stakeholders are focusing on implementing measures to improve the plant’s defensive capabilities, including potential upgrades to its backup systems and infrastructure hardening. These efforts aim to ensure that Kharkiv TEC-5 can resume its role as a reliable energy provider, reducing the region’s dependence on external power sources and enhancing overall grid resilience.

Why it matters

Kharkiv TEC-5 holds a critical position within Ukraine’s energy infrastructure, recognized as the second largest combined heat and power (CHP) plant in the country. Its strategic value stems not only from its substantial output but also from its location in the Kharkiv Raion, a region that has faced intense pressure during the ongoing conflict. The plant’s capacity of 540 MW of electric power and up to 1,650 MW of heat power provides a vital baseline for both industrial operations and residential heating in the eastern oblast. The disruption of Kharkiv TEC-5 significantly impacts regional energy security. The facility was severely damaged during a Russian attack on 22 March 2024, which knocked the plant offline and necessitated extensive restoration work. This incident highlights the vulnerability of concentrated energy assets in war zones. The loss of such a large CHP unit creates immediate deficits in both electricity and thermal energy, forcing reliance on backup generators, imported power, or other regional plants that may already be operating near capacity. Comparative context further underscores the plant’s importance. As the second largest CHP in Ukraine, its output is a major contributor to the national grid’s stability. The scale of its heat production—up to 1,650 MW—is particularly significant for district heating systems, which are essential for maintaining livability in Kharkiv’s urban and suburban areas during harsh winters. The damage to Kharkiv TEC-5 therefore represents more than a local inconvenience; it is a strategic blow to Ukraine’s broader energy resilience, illustrating how the war has targeted critical infrastructure to weaken both economic output and civilian morale. Restoration efforts, expected to extend into 2025, are thus a key indicator of the region’s recovery trajectory.

What are the main components of Kharkiv TEC-5?

Kharkiv TEC-5 operates as a combined heat and power (CHP) facility, integrating multiple physical structures to deliver both electric and thermal energy outputs. The plant’s infrastructure is defined by its significant vertical elements and turbine halls, which work in concert to maximize efficiency. The facility produces 540 MW of electric power and up to 1,650 MW of heat power, serving as the second largest CHP plant in Ukraine. These outputs rely on the coordinated function of the chimney, cooling towers, and turbine assemblies.

Chimney Structure

This structure is critical for the exhaust of flue gases from the natural gas combustion process. The height of the chimney ensures adequate dispersion of emissions, minimizing local air quality impacts while maintaining draft pressure for the boiler systems. The chimney’s construction date aligns with the plant’s initial commissioning in 1979, indicating it was a primary component of the original design.

Cooling Towers

These towers are essential for the heat rejection process in the CHP cycle. By cooling the working fluid, typically water or steam, the towers enable the condensation of steam in the turbine halls, thereby maintaining the pressure differential required for continuous power generation. The presence of two towers suggests a redundancy or capacity split that supports the plant’s substantial thermal output of up to 1,650 MW.

Turbine Halls and Power Generation

The turbine houses the machinery that converts thermal energy into mechanical and subsequently electrical energy. While specific turbine models are not detailed in the available grounding, the 540 MW electric capacity indicates a robust turbine assembly capable of handling high-volume steam flow. The integration of the turbine halls with the cooling towers and chimney creates a closed-loop system that optimizes fuel usage. The plant’s status as under construction for restoration following damage in March 2024 highlights the vulnerability of these interconnected components to external shocks. The restoration work aims to return these critical physical structures to operational status, ensuring the continued supply of heat and power to the Kharkiv region.

How does Kharkiv TEC-5 affect regional energy security?

Kharkiv TEC-5 serves as a critical node in the energy infrastructure of eastern Ukraine, functioning as the second largest combined heat and power plant in the country. With an installed electric capacity of 540 MW and heat output reaching up to 1,650 MW, the facility provides essential thermal and electrical supply to Kharkiv and surrounding oblasts. The plant's operational status is currently under_construction, reflecting ongoing restoration efforts following significant damage incurred during the conflict.

Regional Impact of the March 2024 Attack

The strategic importance of Kharkiv TEC-5 was underscored by the cascading effects of its damage during the Russian attack on 22 March 2024. The strike knocked the plant offline, disrupting both electricity generation and heat distribution networks that extend beyond the immediate Kharkiv Raion. As a major CHP facility, its outage creates pressure on neighboring energy grids, including those in Dnipro, Sumy, and Poltava, which must absorb the fluctuating load or face potential thermal deficits during winter months.

The physical infrastructure damage includes impacts on the plant's 330-meter chimney, constructed in 1979, and two 81-meter cooling towers, which are critical for thermal regulation. Restoration work is projected to extend into 2025, indicating a prolonged period of reduced capacity for the region. This extended downtime highlights the vulnerability of centralized energy assets in conflict zones and the necessity for decentralized backup systems to maintain regional energy security.

Infrastructure Resilience and Future Outlook

The damage to Kharkiv TEC-5 illustrates the broader challenges facing Ukraine's energy sector, where key infrastructure nodes are frequent targets. The plant's role in supplying up to 1,650 MW of heat power makes it indispensable for residential and industrial consumers in Kharkiv Oblast. The ongoing restoration efforts, managed by operator JSC Kharkiv CHPP-5, aim to reinstate full capacity to stabilize the regional grid. However, the timeline for full recovery remains subject to the pace of construction and the continued stability of the surrounding oblasts.