AI is the main driver of the growth in energy demand for data centers. Data from Cisco shows that IP traffic in data centers is growing at an annual rate of 25%, and research by OpenAI indicates that the computing power required for large-scale AI training runs doubles every 3.4 months. The exponential growth in AI computing demands has directly led to a surge in the power requirements of data centers.AI chips consume significantly more power than traditional CPU, which has greatly increased the demand for power density in data centers. The power density of traditional data centers is generally between 5-10KW per rack, while that of AI data centers may reach as high as 30-50KW per rack or even higher.
GOTTOGPOWER GT-10ESM Series 10~60kVA Energy Storage Modular UPS
The GT-10ESM Series energy storage UPS combines the functionality of energy storage technology with that of a traditional UPS, and has significant development potential, especially in the context of energy transition and rising demand for intelligence.
Core Driving Factors
1. Energy structure transformation: global carbon neutral target to promote renewable energy (photovoltaic, wind power) penetration rate, energy storage UPS can be used as a distributed energy storage node, suppress new energy fluctuations, improve grid stability.
2. Power cost optimization: through the peak and valley tariff arbitrage (such as China’s 0.7 yuan / kWh peak and valley price difference), demand management to reduce the capacity charge, industrial and commercial users can shorten the payback period to 3-5 years.
3. Policy incentives: EU CBAM carbon tariffs, U.S. ITC tax credits and other policies to promote the procurement of energy storage equipment, China’s introduction of light storage subsidies (such as Zhejiang 0.8 yuan / W subsidies).
The trend of technological evolution
1. Electrochemical energy storage breakthroughs: lithium energy density from 120Wh/kg to 300Wh/kg, lithium iron phosphate cycle life of more than 6,000 times, sodium-ion battery cost is 30% lower than lithium, greatly broadening the application scenarios.
2. System Intelligence: AI prediction algorithm realizes 98% load prediction accuracy, digital twin technology improves system efficiency to more than 95%, and dynamic switching time is <2ms.
Market application deepening
1. Data center field: ultra-large data center (100MW level) configuration 10% energy storage ratio has become a new standard.
2. Industrial scenarios: semiconductor fab configuration 2N architecture energy storage UPS, voltage drop protection capability of ±1% or less, wafer yield increase of 0.5%.
3. Emerging demand outbreak: 5G base station inventory of more than 3 million, power backup time from 4 hours to 8 hours upgrade, the application of gradient batteries to reduce the cost of energy storage system by 40%.
GOTTOGPOWER GT-10ESM Series 10~60kVA Energy Storage Modular UPS
GT-10ESM Series The leading new technological architecture will change the energy structure of data centers, activate sunk assets to transform into profitable assets, and effectively reduce the energy operating costs of data centers throughout their entire lifecycle. This will be a technological revolution in global data center energy conservation and green energy applications!
Performance Characteristics
● Supports 3P/3P,3P/1P,1P/1P, 50/60Hz, 220/230/240VAC (phase voltage) multi-standard power system, site matching is more convenient and flexible;
● Support standard cabinet into the column on the shelf installation, at the same time compatible with the tower floor-standing installation, is the best choice for the integration of micro-module data center UPS power supply;
● All-module hot-swappable technology, each power module can be hot-swapped online, which is convenient for users to install, maintain, and upgrade and expand capacity, etc. Each power module is independently controlled, without the risk of a single point of failure, and a single power module will automatically exit in the event of failure, which does not affect the work of the other modules and the normal power supply of the system;
● Excellent logic control mode, the parallel control between modules adopts decentralized logic control mode, there is no distinction between master and slave, any module dialed out or inserted will not affect the normal work of other modules, on-demand composition of the N+1, N+X fully redundant system, reduce the risk factor of the system itself and the load, not only increase the reliability of the whole machine, but also simplify the user’s difficulty in maintenance;
● Full Load Full Charge: It can charge the UPS at full power with full load to improve the availability of the battery system;
● Peak reduction and valley filling: supports intelligent switching of charging and discharging time periods, low storage and high discharge, saving users’ electricity expenses;
● Battery without centerline design, supporting compatible lithium-ion system is more friendly;
● Utility and battery can be jointly supplied, more flexible and reliable energy management program;
● Electricity metering: energy storage UPS intelligent statistics on daily charging/discharging volume, cumulative charging/discharging volume, charging cost, discharging revenue, daily net revenue, cumulative revenue and other data;
● Friendly human-computer interaction experience, 7-inch large color touch multi-function all-in-one screen, more powerful functions and simpler operation;
● System-level + board-level + device-level all-round multi-protection design, greatly improving the product’s environmental adaptability, not afraid of harsh working conditions, continuous protection never stop;
● Supports optional 30A high-power charging module, ensuring reliable charging under ultra-long delay time and more diversified application scenarios;
● Fully digital charging technology, multi-stage intelligent charging, charging voltage, charging current and so on can be set arbitrarily according to the actual situation;
● The power module adopts a new air duct design, and all sensitive components are isolated in the bottom PCB for more comprehensive protection and better heat dissipation;
● Fan fault self-test and automatic identification function, fan speed is automatically adjusted according to the load, reducing power consumption and noise;
● Extremely low power module loop current control technology, lower output current imbalance of each module, more stable and reliable parallel connection of power modules;
● Centralized static bypass design effectively avoids bypass loop current problems caused by decentralized bypass, making system operation more stable;
● Intelligent fault recording function, which automatically identifies and records the waveform data of rectifier/inverter and other key points for a period of time before and after the fault moment, and can be exported for analysis and traceability;
● The system is equipped with rich communication interfaces such as RS485, USB, RS232, dry contact, etc., which is more intelligent and further improves the human-machine interaction experience.