Distributed energy supply

Data centers

Industry pain points and needs:

• 01

  Ultra-high energy consumption leads to extremely high electricity costs
• 02

  Efficient and stable power supply demand to mitigate the impact on the power grid
• 03

  High requirements for ambient temperature require stable cooling equipment
• 04

  Alternative solution for backup power

Data center distributed energy supply solutions

As a high-capacity industry, data centers have prominent and complex energy demands, which not only balance high energy consumption and cost control, but also need to solve the contradiction between power supply reliability and efficiency.
The gas turbine cooling, heating and power triple power (CCHP) system is adopted, with natural gas as the main fuel to drive the operation of the gas turbine, and the electricity generated is directly used for power supply in the machine room, and the waste heat of the gas turbine is supplied to the air conditioning system through the bromine chiller to meet the low temperature demand of the machine room, achieve high energy matching, and improve the reliability of energy supply.
In addition, it can also be used as a backup power supply to provide data centers with "deep redundancy, multi-layer defense, and automatic switching" energy guarantee.

Technical Processes

Solution Advantages and Features

• Reliability and power supply resilience

  It can be used as a main power source or backup power supply, reducing dependence on unstable public power grids. Fast start-up speed and quick response to load fluctuations;
• Cogeneration with high energy efficiency

  The comprehensive energy efficiency of the system can reach more than 80%, replacing traditional electric cooling and air conditioning.
• Long-term cost advantage

  Spontaneous self-consumption, avoiding high electricity bills and lower long-term operating costs;
• Flexible space and deployment

  Containerized modular deployment, small footprint, flexible expansion.