[E-Daily Reporter Shin Ha-yeon ] SHINSUNG E&G(011930)announced on the 12th that it showcased integrated cooling and energy solutions for artificial intelligence (AI) data centers at “Data Center Korea 2026,” held at the aT Center in Yangjae-dong, Seoul, from the 4th to the 6th.

At the exhibition, the company introduced high-heat-dissipation server cooling technology and renewable energy management solutions, centered on the “AIO (All In One)” modular platform, which integrates servers and cooling equipment into a single unit. This marks the second time the company has unveiled these technologies, following its presentation at “Data Center World Asia (DCWA) 2026” held in Singapore last September.

With the recent expansion in the adoption of graphics processing unit (GPU) servers required for AI computing, cooling efficiency, power consumption, and deployment time have emerged as key challenges for data centers. The power consumption of the latest GPU server racks can exceed 120 kilowatts (kW). According to the International Energy Agency (IEA), cooling accounts for approximately 7% of total power consumption in high-efficiency hyperscale data centers, but exceeds 30% in less efficient enterprise data centers.

The AIO introduced by SHINSUNG E&G is a modular platform that vertically integrates cooling units and server racks. It is designed by taking into account the customer’s server layout, heat generation, and installation space, and is then pre-assembled at the company’s Jeungpyeong facility in North Chungcheong Province. The company explains that since on-site construction and module manufacturing can proceed simultaneously, this reduces the work and time required for installation.

According to the company, based on a 2.4-megawatt (MW) data center, this approach can reduce the data hall area by approximately 22% and the floor-to-ceiling height by about 20% compared to conventional construction methods. The company also states that equipment installation time can be shortened by up to 50%.

The AIO can accommodate up to eight server racks per module and is designed to handle heat loads ranging from 16 kW to a maximum of 140 kW per rack. By combining air-cooling and direct liquid cooling (DLC) methods, cooling infrastructure can be expanded in stages as server heat output increases.

SHINSUNG E&G is applying the precision air conditioning technology it has accumulated in the semiconductor cleanroom business to the data center cooling sector. The company supplies air-cooled equipment such as fan wall units (FWUs), air handling units (AHUs), and constant temperature and humidity control units, and evaluates cooling performance by simulating airflow and temperature distribution around servers during the design phase.

In addition, the company uses its in-house performance testing facility—a calorimeter installed at its Jeungpyeong plant—to verify cooling capacity and power consumption under actual site conditions. At this exhibition, the company also showcased the “Eco Data Center Cooler (EDC),” which concentrates cool air supply to specific areas as needed.

The company plans to address not only the construction of new large-scale data centers but also the demand for replacing cooling equipment in existing computer rooms at hospitals, universities, and public institutions.

It is also actively pursuing renewable energy procurement and power management initiatives. SHINSUNG E&G has been operating rooftop solar power generation facilities and energy storage systems (ESS) at its Yongin Smart Factory, covering approximately half of the factory’s electricity consumption with renewable energy. Building on this, the company is proposing solar self-generation and renewable energy procurement solutions tailored to the location and power consumption patterns of data centers.

At the exhibition, the company also demonstrated the “ECO Platform,” which monitors power consumption history and power generation. This platform supports everything from the design of Power Purchase Agreements (PPAs) to the management of RE100 implementation progress—the transition of a company’s electricity usage to renewable energy.

SHINSUNG E&G aims to provide integrated solutions—including cooling design, performance verification, module manufacturing, and renewable energy procurement—to help clients consider both the initial investment costs and long-term operating expenses associated with data center construction. During the exhibition, the company introduced its technologies to construction firms, IT and cloud companies, and data center operators, and plans to expand its offerings of customized proposals tailored to individual clients in the future.

Kim Tae-hyung, Executive Director at SHINSUNG E&G, stated, “Competitiveness in the era of AI data centers lies in rapidly constructing facilities while reliably controlling high heat generation and using energy efficiently.” He added, “We will actively target domestic and international markets by consolidating our capabilities in HVAC design, manufacturing, and power operations so that customers can assess both their operational schedules and operating costs during the design phase.”