New Tashkent is taking a major leap into energy infrastructure modernization with the construction of Uzbekistan’s first closed-type tri-generation station, a project that combines heating, cooling, and electricity generation in a single integrated system. Developed through a public-private partnership with China’s Haocheng Industry Group Limited, this facility represents a significant shift toward energy efficiency in Central Asia’s rapidly expanding urban development landscape.
A smarter approach to urban energy
The tri-generation technology being deployed here operates fundamentally differently from conventional systems. Rather than running separate heating, cooling, and electricity generation processes — each consuming resources independently — the new plant unites all three operations into a single technological chain. The result: the facility consumes roughly half the energy that traditional systems would require to deliver the same output, a substantial advantage in a region where energy efficiency is becoming increasingly important for sustainable development.
The first phase of the project will deliver 75 megawatts of heating capacity, 100 megawatts of cooling power, and 17 megawatts of electricity generation. With a total installed capacity of 100 megawatts, the station will comfortably meet New Tashkent’s initial energy demands while the city continues its rapid expansion. All equipment incorporated into the facility meets rigorous international energy efficiency standards, signaling a commitment to world-class infrastructure standards.
Closed-type design offers urban advantages
What makes this facility particularly notable is its closed-type configuration — a first for Uzbekistan. Unlike traditional open substations that dominate most utility landscapes, closed-type facilities are engineered to blend seamlessly into urban environments. They occupy just one-third the footprint of conventional stations, generate half the noise pollution, and present a considerably more refined architectural profile. These characteristics carry special significance for New Tashkent, a city being built from the ground up with sophisticated urban planning and engineering principles in mind.
Construction of the station’s main buildings and infrastructure is currently underway, with work progressing methodically to ensure compliance with international standards. The project’s advancement reflects both the urgency of meeting New Tashkent’s growing needs and the technical complexity involved in implementing tri-generation technology at this scale.
Strategic infrastructure investment
The collaboration with Haocheng Industry Group exemplifies how Chinese investment is helping reshape Central Asian infrastructure. By bringing advanced energy technologies to Uzbekistan, the partnership not only supports New Tashkent’s immediate development but also establishes a working model for future urban energy systems across the region. The government structure — coordinating through a public-private partnership — enables risk-sharing while ensuring the facility aligns with national energy and development priorities.
Officials have highlighted the facility’s technical capabilities, economic efficiency, and strategic importance as central to New Tashkent’s broader infrastructure vision, with recommendations issued to accelerate implementation of subsequent phases.
Implications for international business
For international companies in construction, urban infrastructure, and building systems, this development signals several important trends. First, Uzbekistan is actively upgrading its infrastructure with modern, efficient technologies — creating demand for compatible construction systems, building materials, and mechanical equipment. Second, New Tashkent itself represents a massive construction undertaking that will require supplier networks, logistics support, and specialized services for years to come. Third, the project demonstrates Uzbekistan’s openness to international partnerships and foreign investment in strategic infrastructure, a welcoming signal for companies seeking Central Asian market entry. Finally, the emphasis on closed-type substations and compact, high-efficiency systems suggests that future projects across the region may prioritize space-efficient, aesthetically integrated solutions — an opportunity for suppliers offering innovative building components and urban infrastructure products designed for modern compact urban environments.
