At a glance
| Booth | S8152 |
| Country | TW |
| Website | www.asys-corp.com |
Company profile
ASYS CORPORATION is built around a team of experts drawn from research institutions and academia, combining technical awareness with the ability to respond flexibly as market conditions change. The company also specializes in data-center mechanical, electrical and monitoring integration, applying hands-on experience and a structured approach to services that extend from planning and system implementation to long-term operations and maintenance. Its in-house technical service personnel have completed rigorous original-manufacturer training and certification, supporting service delivery for customers that require technical assistance throughout the life of their systems. ASYS CORPORATION works under the principles of Quality, Proactivity and Service, providing prompt, considerate and customized support while paying attention to detail and seeking mutually beneficial customer partnerships.
Exhibits
ASYS CORPORATION provides an end-to-end data-center solution covering early-stage requirements analysis, feasibility assessment, architecture selection, capacity planning and redundancy design. Planning and consulting work also includes recommendations for cooling, power and energy configuration, together with evaluation of energy efficiency, reliability and scalability before implementation begins. For mechanical, electrical and energy infrastructure, ASYS CORPORATION integrates HVAC, chilled-water and cooling systems to establish a stable and flexible foundation for data-center operation. The integration scope includes medium- and low-voltage distribution, UPS equipment, backup power systems, generators and related energy systems. Diesel power generation can be incorporated with fuel tanks that comply with ASME standards, while cooling performance and energy consumption can be addressed through optimization-oriented design. High-density liquid-cooling services include architecture assessment for Direct Liquid Cooling and Immersion-ready configurations intended to address heat dissipation and energy-efficiency challenges in high-density racks. Liquid-cooling planning can be coordinated with existing HVAC, chilled-water and electrical systems rather than treated as an isolated utility, and the evaluation covers cooling performance, energy consumption and system reliability. The monitoring and system-integration platform brings operating data into a visual management environment and supports integration of BMS, EPMS, DCIM, ACS and FOS systems. For liquid-cooling environments, monitoring can cover temperature, flow, differential pressure and alarms, while broader facility monitoring covers HVAC, power, energy and environmental conditions. ASYS CORPORATION can integrate sensors and equipment for temperature, humidity, pressure differential, airflow, power, particles and gases into the monitoring environment. Operational functions include real-time alerts, data visualization, report generation, customized user interfaces and access-management controls. Implementation services extend beyond design into MEP system-integration engineering and construction management, connecting the planned architecture with physical deployment. Equipment deployment can be followed by FAT, SAT and integration testing, providing validation steps before system handover. The handover stage includes system documentation and operational support, followed by periodic inspection and continued optimization of performance and energy efficiency during long-term operation. ASYS CORPORATION also provides assessment and deployment planning for fuel-cell SOFC hydrogen power systems as distributed-energy options for data-center infrastructure. SOFC projects can be integrated with existing power and monitoring systems and configured for high-efficiency, low-emission energy use while supporting ESG and sustainability objectives. Across these service areas, the company emphasizes cross-system integration from equipment and sensors through monitoring platforms, so data-center infrastructure can be managed as an interconnected operating environment. Its practical approach is organized around real operating and maintenance requirements rather than design alone, with architectures intended to remain expandable for high-density computing and emerging energy technologies. The overall one-stop service spans planning, implementation, validation, operation, maintenance and later upgrades, with the stated objective of balancing reliability, energy efficiency and future scalability.
Capabilities and products
- data center requirements analysis and feasibility assessment
- data center capacity and redundancy planning
- HVAC, chilled-water and cooling system integration
- high-density liquid cooling DLC/Immersion-ready architecture assessment
- medium/low-voltage distribution, UPS and backup power integration
- BMS/EPMS/DCIM/ACS/FOS system integration
- liquid-cooling temperature, flow, differential-pressure and alarm monitoring
- MEP system integration design and construction management
- FAT/SAT and integration testing
- SOFC hydrogen power system deployment planning