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Alpha Grissin participated in the project to launch a digital utility network management system for the city of Aktau at the Central Dispatch Center of the State Public Utility "Caspian Zhylu, Su Arnasy." The company's specialists supplied and commissioned Vertiv-manufactured utility infrastructure equipment for the server room, which became the technological foundation for the stable operation of the digital utility network monitoring and management platform.

The Vertiv™ CoolChip CDU 70 is unique in the 360AI series: its liquid-to-air (L2A) design creates a fully closed secondary cooling loop and rejects heat into the surrounding air via a built-in heat exchanger—without any connection to a chilled water system. The unit operates within the facility's existing air infrastructure, making it an ideal choice for existing data centers with traditional air cooling. Where other solutions would require a major infrastructure upgrade, the

Пока одни компании только обсуждают, как искусственный интеллект изменит их бизнес, другие уже перестраивают физическую инфраструктуру под новые нагрузки. Именно для них Vertiv запустил глобальное турне AI Solutions Roadshow 2026 - серию закрытых однодневных конференций для специалистов по ЦОД, ИТ-директоров и инженеров, которые принимают решения прямо сейчас. 3 июня турне делает остановку в Ташкенте - и это редкая возможность для рынка Центральной Азии.

Alpha Grissin and Vertiv at GITEX AI Central Asia – Results of Participation in Almaty On May 4-5, 2026, Almaty hosted the first-ever GITEX in Central Asia—the largest AI and technology forum in the region. Alpha Grissin was there, along with its partner Vertiv, with a working booth and a team ready for insightful discussions.

GITEX is coming to Central Asia for the first time – and it's not just another exhibition. This is the moment when the region is putting itself on the global technology map. Alpha Grissin will be there, along with Vertiv . With concrete solutions and a willingness to talk business.

The implementation of artificial intelligence (AI) algorithms is significantly changing the energy consumption profile of data centers. Unlike traditional computing processes, AI workloads are characterized by high-amplitude transients (instantaneous changes in electrical current): power demand can fluctuate from 10% to 130% within milliseconds. Such pulsed loads pose risks to grid frequency stability and the thermal behavior of power electronics.