Product & Service

You are here:
  1. Home
  2. Product & Service

Integrated equipment

The integrated equipment from ChaleurR mainly includes the following four categories: ILC (Immersion Liquid Cooling), CDU (Cooling Distribution Unit ), RDHx (Rear Door Heat Exchanger), and Chiller.

A. ILC: Immersion liquid cooling is a typical direct contact liquid cooling method where electronic devices are immersed in cooling liquid. The generated heat is directly transferred to the cooling liquid, relying on the circulation of the liquid for heat conduction.

B. CDU: This system enables more dense, efficient, and precise liquid cooling, including primary (heat dissipation) and secondary (cooling) sides. It integrates key components such as pumps, reservoirs, power supplies, control boards, and heat exchangers, as well as management components like filters, flow meters, pressure sensors, and others.

C. RDHx: Specifically designed for dense server environments, RDHx is a cooling solution that uses a heat exchanger installed on the back of server racks to remove heat from the exhaust air of IT equipment. The cooled air is then recirculated back into the data center, reducing the demand for traditional Computer Room Air Conditioning (CRAC) units.

D. Chiller: A type of water cooling equipment that provides constant temperature, flow, and pressure. The principle involves using a chiller refrigeration system to cool the water in the internal tank. The chilled water is then pumped by an internal water pump into the equipment that needs cooling. The chilled water absorbs the heat from the internal components of the machine, and the high-temperature hot water is circulated back to the tank for cooling. This cycle ensures effective cooling for the equipment. 

Components

ChaleurR offers a diverse and comprehensive range of components, including both accessories/consumables for integrated whole machines and parts suitable for servers, racks, chips/chip units. Additionally, customized production and processing of components are available based on specific requirements. Examples of these components include Cold Plate, Heat Sink, Air Cooling Module, Pump, Cooling Tower, Coolant, and more.

Simulation Service

By leveraging simulation and digital twinning, ChaleurR aims to enhance the overall performance, efficiency, and resilience of data centers, contributing to optimal resource utilization and improved management practices:

  1. Performance Optimization: Simulation helps the data center understand its current performance, including server utilization, network traffic, power consumption, and other aspects. By applying different configuration strategies, it can identify the optimal performance optimization solutions, enhancing the efficiency of the data center.
  2. Capacity Planning: Simulating performance under different load conditions aids in planning the data center’s capacity. It helps predict future demands and ensures the data center can operate efficiently under varying workloads.
  3. Energy Efficiency: Simulation can assess the data center’s energy efficiency, including the energy consumption of servers, cooling systems, and other devices. By simulating different energy management strategies, it can identify methods to reduce energy costs and environmental impact.
  4. BreakDown Analysis: Simulation is used to model various faults and disaster scenarios to evaluate the data center’s resilience and recovery capabilities. This helps formulate effective emergency plans and improves the reliability of the data center.
  5. Comprehensive Utilization: Simulating the utilization of various resources in the data center, such as servers, storage, and network devices, enables IDC to better understand resource usage. This facilitates more effective resource allocation and planning.

E2E Turn Key design & deployment

ChaleurR offers end-to-end planning and deployment services for the upgrade of traditional data centers, achieving a comprehensive transformation from scratch. This service encompasses five key steps, providing clients with a Turn Key Service:

  1. On-Site Diagnosis and Analysis: The ChaleurR team conducts on-site diagnosis and analysis to gain a thorough understanding of the current state of the traditional data center. This involves a comprehensive assessment of equipment, infrastructure, network architecture, and energy efficiency to identify upgrade needs and challenges.
  2. Modular Design: Based on the diagnostic results, ChaleurR formulates a customized modular design plan. This involves optimizing physical infrastructure, network layout, and equipment configurations to ensure the upgrade solution aligns better with the client’s business requirements.
  3. Modular Unit Installation: The ChaleurR team takes charge of the installation of modular units. This may include deploying new hardware, configuring networks, and installing security and environmental monitoring equipment. Modular design and installation contribute to increased efficiency and reduced risks during the upgrade process.
  4. Debugging and Optimization: After installation, ChaleurR performs debugging and optimization to ensure the new system operates cohesively and runs at its optimal state. This may involve performance testing, network optimization, and adjustments to energy utilization.
  5. Overall Efficient Operation: ChaleurR is dedicated to achieving overall efficient operation. By comprehensively considering factors such as equipment, network, energy, and security, the upgraded data center is ensured to operate stably and efficiently, meeting the client’s business requirements.

ChaleurR’s Turn Key Service provides clients with a comprehensive solution, covering various aspects of the upgrade project, simplifying client involvement, and ensuring the smooth implementation of the upgrade with an overall performance enhancement.

Customized Integrated Solution & Deployment

ChaleurR can apply the methodology by different module via Data Collecting, Cloud Computing, and AI Controlling