In recent years, the datacenter industry has experienced rapid development. Reflecting the demand for advancement in the data and communication industry in this era of data, the datacenter industry is expected to continue growing and expanding as an ever important infrastructure backbone.
At the greater data and communication industry and advances, due to higher values being placed on data quality and security, so to do the expectations of datacenters themselves, striving for more sophisticated and refined systems and products. This has resulted in datacenter industry becoming a comprehensive field of knowledge in its own right, where key factors are being continuously and improved in order to extract the optimal performance, energy consumption and cost, individual and collective factors such as site selection, risk management, reliability, resiliency, maintainability, connectivity, energy consumption, redundant design, emergency management and disaster recovery all combine to make the datacenter industry a complex and interdisciplinary field.
DC-MegaWatt offers a full range of professional services and products relating to the efficient cooling and M&E infrastructure of datacenters, spanning complete project timelines from the earliest design considerations through to servicing and maintenance of completed facilities.
Evaluation of datacenter site selection
Retrofiting project consultation
Datacenter cooling technology solutions & energy saving recommendations
Chiller optimization consultation
3D BIM modelling, with design detail significantly better than traditional 2D design
Factory prefabrication to effectively compress the project lead-time
Advanced ARRR design concept (Availability, Reliability, Redundancy, Resilience)
Sophisticated COOLING FREE concept and the detailed FREED index methodology from cooling perspective
Professional and flexible expansion abilities
Advanced technologies such as CFD/VR/AR/IoT to improve the efficiency and quality of the project and reduce risks
Configurable CFD modelling service
Baseline CFD model
CRAC failure analysis
Predictive analysis
Data center air flow optimization and energy saving for validating your DC HVAC design before installation
Troubleshooting DC air distribution problem
Optimizing system or component performance
BIM helps designers confirm that the equipment and distribution can all fit
Verify maintenance and service clearances
Analyse pressure drop and voltage drop with the actual routing
BIM’s precise routing allows designers to model the heat dissipation and adjust the electrical duct bank configuration accordingly
M&E integration turnkey services
Project implementation
Eliminating all the hotspot & availability issues
Optimizing air distribution
Facility management
Predictive maintenance
Equipment training
Cooling towers & pumps
Chillers & pumps
CRAC
Transformers
Generators
UPS & batteries
ATS
Busbar
Fiber trays & cable trays
Raised floors
Racks & PDU
DCIM
