Green Transformation of Data Centers under the 'DualCarbon' Context: Against the dual backdrop of advancing 'dualcarbon' goals and the surge of the digital economy, the green and lowcarbon transformation of data centers has become a consensus. The government has made it clear that the proportion of green power consumption in newly built data center hub nodes must be further increased beyond 80%. Leading companies such as Tencent and Alibaba have also announced plans to achieve 100% renewable energy power usage by 2030. At the same time, with singlecluster server power exceeding 10 MW, uninterrupted operation throughout the year, and instantaneous load fluctuations exceeding 30%, data centers demand extreme power supply stability. The pain points of traditional leadacid battery UPS systems'slow response, short lifespan, and difficult maintenance'have become hidden risks to the industry's safe operation.

Core Pain Points for Data Center Energy Supply

With the outbreak of digital economy, the power of single cluster server exceeds 10 MW and the instantaneous load fluctuation exceeds 30%, which puts forward extreme requirements for power supply stability, while the traditional UPS relies on lead-acid batteries with slow response, which can easily lead to data loss; At the same time, lead-acid batteries have short cycle life, high replacement and operation and maintenance costs, and there are risks of leakage and explosion, which make it difficult to meet the policy compliance requirements of green power accounting for more than 80% and PUE ≤ 1.2.

In response to these pain points, Jinshi Technology Supercapacitor provides targeted solutions: relying on the physical energy storage mechanism to achieve millisecond fast power supply switching, it can effectively stabilize the instantaneous load impact, reserve the golden time for the diesel generator to start, and build a solid line of uninterrupted power supply defense; With the hybrid architecture of "capacitor first-battery follow-up" and the original two-dimensional decoupling algorithm, the super capacitor undertakes the short-term high power output, which greatly prolongs the life of lithium battery and reduces the cost of the whole life cycle by 60%; In addition, the product has a cycle life of more than 1 million times, and can operate stably in extreme environments from -40 ℃ to + 65 ℃ without environmental risks, helping data centers to easily achieve green power and PUE compliance goals.

Core Technology Breakthrough: Build a Strong Security Defense Line with Strength

Millisecond response, zero-gap power supply connection: Jinshi technology super capacitor uses high specific surface area activated carbon electrode material and water electrolyte system, based on the principle of electric double layer energy storage, the response time is as low as milliseconds, far exceeding the response speed of traditional lead-acid batteries. When the power grid fluctuates or interrupts suddenly, it can switch to the standby power supply mode instantaneously, reserve a golden window period of 3-10 minutes for the diesel generator to start, and completely eliminate the fatal problems such as system downtime and data loss caused by instantaneous power failure.

Hybrid energy storage architecture: precise adaptation under all working conditions

The original "super capacitor + lithium battery" composite energy storage system is matched with the self-developed "power-time" two-dimensional decoupling control algorithm. Aiming at the complex demand of data center "short-term high power impact (such as server cluster start-up) + long-term stable power supply (such as power grid maintenance)", supercapacitors give priority to short-term high power output, and lithium batteries are responsible for long-term energy supply, which not only reduces the cycle loss of lithium batteries, but also reduces the life cycle cost of the whole energy storage system. Greatly improve economic efficiency.

Extreme environment tolerance: operation and maintenance cost approaches zero

Relying on the advantages of the whole industry chain layout, the whole process from electrode material preparation to capacitor module packaging is autonomous and controllable, and the product cycle life has exceeded 1 million times, far exceeding the cycle life of lead-acid batteries. At the same time, it has a wide temperature range of -40 ℃ to + 65 ℃, without additional temperature control equipment, and adapts to the complex working conditions of high temperature, high humidity and dust in the data center room. In addition, the product adopts a fully sealed structure, no electrolyte leakage, no explosion risk, and can achieve "zero maintenance" under normal use, greatly reducing the manpower and cost of operation and maintenance.

From "material research and development" to "system integration", from "technological breakthrough" to "scene landing", Jinshi Science and Technology always takes the core technology of supercapacitor as the fulcrum, continuously promotes the upgrading of data center energy system to the direction of "safer, more economical and greener", and injects strong impetus into the high-quality development of digital economy!