Product Introduction

A row-oriented design allows cooling capacity and redundancy3 to be targeted to the actual needs of specific rows. For example, row-oriented architecture allows one row of racks to run high density applications such as blade servers, while another row satisfies lower power density applications such as communication enclosures. Similarly, mission critical servers can be installed in one row that features redundant cooling, and less important workloads can reside on servers in a row without redundant cooling.

A row-oriented architecture can be implemented without a raised floor. This increases the floor load bearing capacity, reduces installation costs, eliminates the need for access ramps, and allows data centers to exist in buildings that otherwise do not have the headroom to permit the installation of a raised floor.

Feature & Benefits

Safe and reliable

• The start-up current is small, which can reduce the impact on the power grid;
• Expert self-diagnosis and fault warning function to ensure operation;
• Fan N+1 redundant configuration, to avoid equipment operation obstacles caused by unexpected situations;
• Dual power input, safer and more reliable

Intelligent control

• Standard RS485 interface, support ModBus protocol;
• Optional Ethernet interface, support TCP/IP/SNMP protocol;
• Optional remote monitoring module, which can remotely read unit information through web, WeChat, official account, and APP;
• Can be connected to multiple temperature and humidity sensors, multiple point detection;
• Only group control can realize unbalanced load area coordination

• Single rack with power larger than 3kW

• High heat density computer room

• Modular DC

• Container type DC

• DC with low PUE

• Hot spot reconstruction