We provide full-cycle solutions from the high-standard construction of green data centers to elastic computing services, building a solid, efficient, and green computing foundation for the AI and digital future.
We collaborate with leading cloud providers, core hardware suppliers, and specialized engineering partners to deliver one-stop full lifecycle data center services—from planning and design to energy-efficient deployment and 24/7 managed operations. During the planning and design phase, we scientifically calculate IT loads, cooling requirements, and power capacity based on customer business scale and growth projections, adopting modular design and prefabricated delivery models to significantly shorten construction cycles. We incorporate efficient cooling technologies, leveraging natural cooling sources and airflow organization optimization to reduce PUE values at the source. During construction and delivery, we coordinate civil engineering, electrical, HVAC, and low-current systems to ensure reliable implementation of high-availability data center architectures, strictly adhering to international and domestic standards such as TIA-942 and GB50174 to build Tier III+ or Grade A reliable infrastructure for our customers.
Technical Highlights:
Intelligent Monitoring Platform: Leveraging blockchain notarization capabilities, we record key metrics including energy consumption, temperature, and humidity on-chain in real time—ensuring monitoring data is trustworthy, immutable, and fully traceable, providing a reliable foundation for compliance audits and operational optimization.
Digital Twin O&M: Based on BIM and digital twin technologies, we build a virtual model of the data center that mirrors physical status in real time, supporting fault simulation and capacity planning.
Resilient Power Architecture: Adopts 2N redundant UPS combined with HVDC hybrid power supply, along with diesel generators and energy storage batteries, to ensure business continuity under extreme conditions.
In collaboration with AI laboratories, high-performance computing institutions, and computing scheduling technology partners, we integrate distributed GPU servers, edge computing nodes, and supercomputing resources into the "Yuncang" network. Through our self-developed intelligent scheduling platform, we provide cost-effective, low-latency elastic computing services for scenarios including AI model training, film rendering, scientific computing, and industrial simulation. At the resource integration level, we broadly access heterogeneous computing resources covering mainstream GPU clusters and diverse computing units such as ARM and FPGA, building a ubiquitous computing resource pool spanning cloud, edge, and on-premises environments.
Core Services:
Heterogeneous Computing Access: Supports NVIDIA A100/H100, AMD MI series, and domestic AI chips such as Ascend and Cambricon, covering public cloud, private cloud, and bare metal servers to meet diverse workload requirements.
Intelligent Scheduling Engine: Dynamically allocates computing resources based on load awareness and cost optimization algorithms, enabling mixed deployment of training tasks, preemptible instances, and spot instance scheduling, reducing overall costs by over 40%.
One-Stop Development Platform: Provides containerized environments with pre-installed mainstream AI frameworks (TensorFlow, PyTorch), integrating data management, model training, and inference services, supporting interactive notebook development and automated pipelines.
Flexible Billing Models: Supporting multiple flexible billing models including per-second billing, monthly subscriptions, and reserved instances—meeting diverse computing needs across business scenarios. Combined with professionally designed computing financial products, we provide enterprises with diversified funding solutions to optimize cash flow and IT cost structures.
We collaborate deeply with energy storage technology partners and carbon management institutions to deploy lithium-battery energy storage systems in data centers, participate in grid demand response, smooth renewable energy fluctuations, and establish full lifecycle carbon footprint tracking and offset mechanisms—helping customers achieve carbon neutrality goals. In energy storage deployment, we equip data centers with large-scale lithium-battery storage systems, leveraging peak-valley electricity price differences for peak shaving and valley filling to reduce energy costs. We respond to grid dispatch instructions, discharging to support the grid during peak loads and charging to absorb excess renewable energy during high generation periods, increasing the proportion of renewable energy in data center power consumption while significantly reducing operational carbon intensity.
In carbon management, we introduce professional carbon accounting platforms to precisely track and quantify data center carbon emissions throughout the full lifecycle—from construction materials and equipment manufacturing to operational electricity consumption and equipment decommissioning. Based on accounting data, we assist customers in developing scientific emission reduction pathways, including purchasing green power, participating in green certificate trading, and investing in carbon removal projects, effectively offsetting unavoidable carbon emissions. Additionally, we continuously explore large-scale applications of deep energy-saving technologies such as liquid cooling, waste heat recovery, and intelligent operations—promoting the transformation of data centers from "high energy consumers" to "energy prosumers" that not only consume electricity but also create value for the grid and society through storage frequency regulation and waste heat utilization. Through systematic green practices, we help customers build low-carbon and zero-carbon data centers with industry demonstration significance, fulfilling sustainability commitments while enhancing brand ESG ratings and market competitiveness.
