PlanetComm deployed Huawei's FusionDC1000A prefabricated all-in-one data center marking an important step toward developing green data centers in Thailand and the global industry.
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5G, industrial Internet, cloud computing, and AI need more data resource storage, computing, and applications. In response, data center technologies and models keep evolving.
A key infrastructure for digitalization, data centers need to converge various data resources, use greener and low-carbon technologies, improve security and reliability, and provide efficient computing services to enable applications in a wide range of industries.
Facilities are built for data center service providers to accelerate business growth.
Old and inefficient data centers are upgraded to save energy and reduce carbon emissions.
A global priority, carbon neutrality will lead to profound changes, including in technologies. Building green and low-carbon data centers is essential to go carbon neutral.
Data centers need to be designed with future power and cooling requirements in mind, suitable for the next 10 to 15 years.
Facilities must be secure and stable to assure the security of data housed in data centers.
Large data center operations involve complex O&M, which needs to be simplified.
UPS5000H delivers up to 99% efficiency in S-ECO mode and features 0 ms transfer.
Indirect evaporative cooling capitalizes on natural cooling sources.
The integrated system design simplifies procurement and speeds up delivery.
High-density deployment reduces the footprint.
Full-link visualization: Real-time monitoring simplifies O&M management.
Intelligent optimization: iCooling reduces PUE by 8%–15%.
AI enables proactive and predictive maintenance.
Components, devices, and systems adopt modular and redundancy designs.
Old data centers do not comply with PUE regulations, lacking green and low-carbon designs or facing technological limits.
Old devices are difficult to maintain and upgrade. New systems and devices should be adaptable and easy to install.
UPS5000H delivers up to 99% efficiency in S-ECO mode and features 0 ms transfer.
Indirect evaporative cooling capitalizes on natural cooling sources.
The integrated system design simplifies procurement and speeds up delivery.
High-density deployment reduces the footprint, leaving more space for other purposes.
Full-link visualization: Real-time monitoring simplifies O&M management.
Intelligent optimization: iCooling reduces PUE by 8%–15%.
AI enables proactive and predictive maintenance.
Components, devices, and systems adopt modular and redundancy designs.
For more information, please access the Huawei Digital Power Marketing Materials Center.