GOTTOGPOWER, as a data center energy solution supplier, relies on years of technological innovation strength, constantly excavates the needs of market segments, focuses on improving its own service capabilities and service levels, and provides better digital solutions for professional users.

GOTTOGPOWER micro-module data center solution has been successfully applied to China Huadian XX Informatization project, providing a full range of critical infrastructure support for the security upgrade and efficient operation of Huadian XX Digitization center room, so that it can be updated and upgraded in security, service, operation and other aspects.

Product Highlights：

1、Precision air conditioning air flow organization diagra

As shown in the preceding figure, the two rows of cabinets face each other, and the aisle is sealed. Air conditioners are installed side by side with the cabinets. Air supply from the front and air return are used to ensure that the cooling air fills the aisle and ensures efficient cooling for each cabinet. The horizontal air supply between the closed cold aisle columns can eliminate the mixing of cold and hot air, improve the cooling efficiency of the air conditioner, and is more efficient and energy-saving than the air supply under the closed channel, reducing operation and maintenance costs, and does not require an elevated floor, and has lower requirements for the height of the floor. Because no elevated floor is required, the installation speed is fast, the bearing requirements on the floor are low, and the expansion is easy, the horizontal air supply mode between closed cold aisles is preferred.

2、Closed channel structure diagram

3、Power environment monitoring system architecture diagram

The monitoring system provides comprehensive monitoring of power systems (UPS, power distribution, battery packs, PDU), air conditioning systems (precision air conditioners, general air conditioners, fresh air units), environmental monitoring systems (temperature and humidity, smoke detectors, water leakage, switch quantities, etc.), and security systems (video, access control, infrared, door magnets). It adopts a B/S system architecture, eliminating the need for client installation and supporting simultaneous access by multiple clients. The system supports multiple alarm modes (sound and light alarms, email alarms, SMS alarms, and voice alarms over the phone), which can promptly remind administrators to carry out effective management and ensure the safety and reliability of modular data center.

Advantages of solution:

Safe and Reliable

• GB50174-B + and Tier3 ensures the reliability of the system fundamentally;
• Using modular UPS power distribution, the mean time to failure of the distribution system can be greatly improved;
• The N+1 redundancy design is used to ensure the stable operation of the air conditioning cooling system;
• The module has the function of linkage and prevention, and the access control monitoring system can be set up to ensure the safety of the server equipment;
• The modular data center is equipped with a complete monitoring system, which can know the situation in the server room at any time and improve the reliability of the server room;

Green Energy Saving

• Using accurate air supply and cold and heat isolation technology, the cold air is fully exchanged with the server, avoiding the heat exchange of most of the cold air with the environment, so as to achieve the purpose of energy saving;
• The air conditioning is close to the heat source, which greatly shortens the air supply path and improves the utilization rate of cold air, thereby reducing energy consumption;
• The cold air and hot air are limited in a specific area, the return air temperature of the air conditioner is increased, the temperature difference between the air conditioner and the return air is enlarged, and the cooling efficiency of the air conditioner is provided, so as to achieve the purpose of energy saving;
• High frequency modular UPS, high output power factor, high system efficiency, more efficient energy saving;
• Compared with the traditional data center, the energy efficiency is effectively reduced by 30% ~ 50%, and the PUE value is controlled below 1.3;
• Taking 100KW load as an example, the micro-module data center saves about 600,000 yuan of electricity per year than the traditional , and the calculation is as follows:

100kw Load energy saving efficiency analysis

Co2 emissions from IT equipment（/kg）=Power consumption×0.785

Rapid、Flexible Capacity Expansionion

• All equipment is prefabricated in the factory, quickly assembled on site, the entire deployment cycle is reduced to 1-2 months, and the construction cycle is shortened by more than 60%；
• The site requirements are low, and warehouses, workshops, and board houses can be used as data centers；
• No need to arrange air conditioning ducts, floor insulation cotton, reduce external supporting projects；
• Support single row, double row of sealed channel, according to the data center site flexible arrangement；
• The modular data center strictly follows international standards in planning and design, adopts modular design, high integration and easy installation；
• The modular data center completes the pre-installation of the cabinet before leaving the factory, and can be used after simple operations such as connecting the external power supply of the cabinet and fixing the cabinet；
• Modular design, flexible configuration, to meet the rapid expansion；
• It can be used only by connecting to power and communication, and a single module is a whole, enabling flexible expansion；
• The module can be integrated with cabinet system, power supply and distribution system, refrigeration system, monitoring system and integrated wiring system, highly integrated design, providing a complete solution；
• Follow standardized and modular specifications, adopt standard building block structure, flexible combination, on-demand deployment, support smooth expansion；
• The power of a single cabinet ranges from 2 kW to 10kW, meeting different service requirements；

Unified Management

• It can also support the monitoring and management of intelligent devices inside and outside the modular data center；
• A variety of sensors can be arranged to realize continuous monitoring of various functional modules in the data center；
• The monitoring system supports web access to realize remote monitoring and control；
• It can realize intelligent operation and maintenance such as asset management and energy efficiency management within the module；
• Improving Efficiency: The infrastructure information of the data center is uniformly stored, viewed and analyzed, and its various indicators, performance and events are monitored in real time. By organically integrating each subsystem, an integrated interface of “single sign-on and full control” is provided to help data center administrators complete their work efficiently and conveniently. Once the system detects a fault, it can immediately notify maintenance personnel by SMS, email, etc., enabling unattended or minimally attended operation. This solves the problems of “management silos” and “discrete operations” in the data center, thereby greatly reducing the difficulty of management, lowering operating costs and improving operational efficiency；
• Safety and stability: The centralized monitoring system ensures the safety and stability of the data center from both decentralized control and intelligent linkage. Although integrated management realizes the integrated control of each subsystem, each subsystem can still maintain decentralized control and retain its relative independence; integrated management provides flexible intelligent linkage strategies for each subsystem. When an alarm or emergency occurs, the corresponding linkage plan can be automatically initiated to ensure the safety of equipment, property and personnel.