In 2026, where the “dual carbon” goals and the AI explosion intertwine, computing power is productivity, and electricity is the lifeline. As the power density of a single cabinet breaks through the 50kW mark, traditional air cooling and decentralized power supply architectures are gradually hitting the energy-efficiency ceiling. The “power-computing integration” solution has emerged.
Recently, Shanghai Hongying New Energy Technology Co., Ltd. (hereinafter referred to as “Hongying New Energy”) and Shanghai Miaosuan Technology Co., Ltd. (hereinafter referred to as “Miaosuan Technology”) officially entered into strategic cooperation. Under the leadership of Hongying New Energy, the two parties will rely on their shared gene—immersion liquid cooling—to deeply integrate “computing power” and “electricity,” launch an immersion liquid-cooled “power-computing integration” solution, and provide high-density intelligent computing centers with efficient cooling and energy supply from the heart to the brain.
Origin: The Same “Cold Sea,” the Same Dream
As AI computing power surges, global data center electricity consumption is rising year by year. According to forecasts by the International Energy Agency (IEA) and other institutions, by 2030 global data center electricity consumption will reach 945 TWh (terawatt-hours), accounting for 3% of global electricity consumption. Among this, AIDC, as the fastest-growing segment of data centers, accounts for more than 60% of energy consumption, reaching 567 TWh (terawatt-hours).
Against this backdrop, Hongying New Energy and Miaosuan Technology independently chose the most thorough heat dissipation path—immersion liquid cooling technology.
Hongying New Energy has long been deeply engaged in immersion liquid-cooled energy storage products, fully immersing battery cells in insulating coolant, physically isolating the risk of thermal runaway, and ensuring intrinsic safety on the energy side.
Miaosuan Technology focuses on immersion liquid-cooled computing power products, allowing chips to directly “soak” in coolant for efficient operation, effectively reducing PUE (power usage effectiveness).
One is the “heart” that delivers energy; the other is the “brain” that processes data. In the past, they operated independently in their respective cabinets; now, they will converge in the same liquid-cooling system.
Breakthrough: Defining a New Paradigm of “Power-Computing Integration”
Based on this strategic cooperation, Hongying New Energy innovatively launched an integrated “power-computing integration” solution.
This solution deeply integrates an immersion liquid-cooled energy storage system with an immersion liquid-cooled computing power system, sharing the cooling loop, temperature control strategy, and unified energy scheduling, and has the following four core advantages.
High Efficiency and Energy Saving, PUE Approaching 1.08
In traditional data centers, cooling and power supply/distribution losses are the two major energy consumers. Through the “power-computing integration” design, the energy storage system and computing power system share the cooling loop, which not only eliminates server fan energy consumption but also reduces the independent temperature control losses of the energy storage system. Referring to existing mature industry cases, this deeply coupled liquid-cooling solution can control the data center-level PUE at 1.08 or even lower.
Immersion Liquid-Cooled Server Cabinet
Intrinsic Safety, Eliminating Thermal Runaway at the Source
Hongying New Energy’s immersion liquid-cooled energy storage technology uses liquid to isolate oxygen, preventing fire and combustion even under extreme battery abuse conditions. This “ultimate safety” gene is injected into intelligent computing centers, providing reliable physical security for high-value computing power assets.
Backup Power and Computing Power Synergy, Improving Operational Economics
The solution introduces the operational logic of integrated reserve and peak shaving/valley filling. During valley electricity price periods, the energy storage system charges and stores energy; during peak electricity price periods or grid fluctuations, the energy storage system not only serves as backup power for computing loads (BBU function) but can also participate in demand management, greatly reducing the operating electricity cost of intelligent computing centers.
High-Density Deployment, Saving Land Resources
In the data center field, immersion liquid cooling technology itself can increase computing density several times. Combined with the compact design of the energy storage system, the “containerized power-computing integration node” enables plug-and-play and rapid deployment, meeting the diverse needs of edge computing and city-level data centers.
Hongying New Energy Immersion Liquid-Cooled Energy Storage Cabinet
This strategic cooperation between Hongying New Energy and Miaosuan Technology is not only a strong alliance between high-tech liquid-cooling enterprises, but also a deep implementation of the “source-grid-load-storage” and “East Data, West Computing” strategies. In the future, the two parties will share energy management solutions and market channels, empower data center internet giants, telecom operators, and large end-user enterprises with the “power-computing integration” solution, and help accelerate the arrival of a green, efficient, and safe intelligent era.
