Modern Internet Data Centers (IDCs) face growing challenges from high-density computing demands and rapid deployment requirements. INVT delivers simplified, green, and fast-deployable data center infrastructure through modular data centers, high-efficiency power distribution, and hybrid air-liquid cooling solutions.
High-Density Cooling Challenges：
Rapid increases in rack power density render traditional air cooling insufficient.
Low Power Distribution Density：
Power distribution capacity lags behind IT equipment demand, creating imbalance.
High Energy Cost Ratio：
Electricity costs account for over 70% of total operating expenses.
Low Rack Utilization Rate：
Inefficient space planning leads to poor return on investment.
Short Construction Cycles Required：
Projects must be delivered and operational within tight timelines.
Complex O&M Management：
Complicated internal systems make traditional operation and maintenance inefficient.
INVT AIDC power solution is built on a foundation of grid power combined with green energy storage. It establishes a comprehensive architecture of“10kV Power Distribution – Transformer – Low-Voltage Distribution – UPS / Power Module – Server Rack.” The solution covers medium- and low-voltage distribution, UPS systems, green energy storage, and precision end-level power distribution. It delivers High efficiency and reliability, flexible scalability，energy-saving performance，ensuring stable and reliable power supply for high-performance computing.
View Larger ImageThis integrated power system delivers high efficiency, redundancy, and smart energy savings. Based on modular UPS and intelligent power modules, it leverages N+X redundancy, smart sleep modes, and peak shaving technologies to strike an optimal balance between over 97.5% system efficiency and maximum reliability.
Multiple-stage continuous power protection ensures zero business interruption and safer computing operations as required.
Modular compatible design shortens expansion cycles by 50%, supports elastic upgrades according to business needs, and reduces renovation and expansion costs as required.
Coordinated energy storage and green power reduce energy consumption by over 20%, lowering electricity costs and carbon emissions as required.
Full-chain precision distribution lowers energy loss by 15%, extends equipment lifespan by 30%, and reduces maintenance failures by 40% as required.
Real-time visual monitoring shortens fault response time by 60%, increases O&M efficiency by 50%, and significantly reduces management costs as required.
INVT employs a hybrid air and liquid cooling architecture, integrating magnetic bearing chillers, fluorine pump free cooling, and cold plate liquid cooling. With smart mode switching, the system maximizes free cooling and supports rack densities of 20–100 kW. This allows data centers to achieve a PUE of below 1.2, driving significant energy savings.
View Larger ImageEstablish a thermal management architecture based on hybrid air-liquid cooling with a natural cooling priority. By integrating magnetic bearing multi-split systems, fluorine pump-based free cooling, and cold plate liquid cooling technologies, and enabling intelligent mode switching, the solution maximizes the use of natural cooling sources, delivering 20–100 kW heat dissipation per rack while achieving a PUE of less than 1.2.
Hybrid air-liquid design covering 20–100 kW per rack high-density scenarios, supporting AI/GPU cluster training and inference requirements as required.
Natural cooling sources combined with liquid cooling technology increase annual energy efficiency by over 30%, optimize PUE below 1.2, and reduce energy consumption by 25% as required.
Multiple redundancies with anti-condensation control, leak-free high protection ensures stable computing operation as required.
Modular design with quick-install interfaces shortens on-site installation cycles by 40%, allowing flexible end deployment for various scenarios as required.
Full-chain visual monitoring dynamically adjusts cooling modes, shortens fault response time by 60%, and increases O&M efficiency by 50% as required.
Close-proximity heat source cooling improves heat exchange efficiency by 40% as required.
INVT modular data center solution features prefabricated design with integrated power supply and distribution, thermal management,monitoring systems. Tailored for different intelligent computing scenarios, the solution includes the iSmart, iWit and iLegend series,supporting deployment within 3-7 days.
The eSite intelligent O&M platform enables full lifecycle visualization and management, delivering over 30% improvement in rack utilization, significant reduction in O&M costs.
View Larger ImageCreate a streamlined construction model featuring prefabrication and integrated deployment. By unifying power supply and distribution, thermal management, and intelligent monitoring systems, the solution enables rapid deployment within 3–7 days, supports flexible expansion, and facilitates intelligent operation and maintenance, significantly improving rack utilization and overall O&M efficiency.
Highly prefabricated and engineering-free construction reduces build cycles by over 50%, enabling fast on-demand deployment as required.
Hot and cold airflow separation with enclosed channels increases cooling efficiency by 40% and reduces energy consumption by 25% as required.
Designed to national standard A / Tier IV level with multiple redundancies, ensuring high system availability as required.
Modular architecture supports elastic scaling according to computing demand, adapting to business growth as required.
Unified management platform combined with eSite cloud monitoring, multi-terminal interaction, shortens fault response time by 60% and reduces O&M costs by 30% as required.
Supports large, medium, and edge data centers, indoor and containerized outdoor deployments, suitable for government, finance, intelligent driving, and multiple industries as required.
iLegend Series Container Data Center
Container,380Vac, 50/60Hz
10–150kVA
iSmart Series Integrated Single-Cabinet Data Center
Enclosed cold and hot aisles
220Vac, 50/60Hz
3-10kVA
iWit Series Single-Row Data Center
Enclosed cold and hot aisles
380Vac,50/60Hz
10-90kVA
iTalent Series Dual-Row Data Center
Enclosed cold/hot aisles
380Vac, 50/60Hz
>10kVA
RM Series Rack-Mounted Modular Online UPS 10-90kVA (380V/400V/415V)
Rack Modular
10~90kVA
Three Phase In, Three Phase Out
RM Series Modular Online UPS 50-300kVA (380V/400V/415V)
Modular UPS
50~300kVA
Three Phase In, Three Phase Out
RM Series Modular Online UPS 20-200kVA (380V/400V/415V)
Modular UPS
20~200kVA
Isolation air duct
RM Series Rack-Modular Online UPS 25-300kVA（380V/400V/415V）
Rack Modular UPS
25~300kVA
Three Phase In, Three Phase Out
RM Series Modular Online UPS 40-600kVA (380V/400V/415V)
Modular UPS
40~600kVA
Three Phase In, Three Phase Out
RM Series Modular Online UPS 60-600kVA (380V/400V/415V)
Modular UPS
60~600kVA
Three Phase In, Three Phase Out
RM Series Modular Online UPS 100-1200kVA (380V/400V/415V)
Modular UPS
100~1200kVA
Three Phase In, Three Phase Out
RM Series Modular Online UPS 30-180kVA (380V/400V/415V)
Modular UPS
30~180kVA
Three Phase In, Three Phase Out
RM Series Modular Online UPS 5-20kVA (220V/230V/240V)
Rack Modular UPS
5~20kVA
Three Phase In, Single Phase Out
SC Series In-Row CDU
Cooling type: Liquid cooling
Heat exchange capacity: 30–600kW
Dual power supply configuration and 1+1 redundancy for the circulating pumps
SKC Series Magnetic Bearing Refrigerant Pump Multi-Split Unit
Cooling type: Evaporative cooling / Air cooling
Compressor type: Oil-free magnetic bearing variable frequency compressor：Cooling capacity: 300–600kW
VCA Series Large Server Room Precision Air Conditioner
Cooling type: Air cooling
Cooling capacity: 27–120kW
Airflow: 8000–30000m³/h
Finance
Financial data centers face challenges of security compliance, high-density computing, and rapid deployment. INVT leverages modular data centers, high-efficiency power distribution, and air-liquid hybrid thermal control solutions to build secure, green, and rapidly deployable data center infrastructure.
Petroleum
Petroleum industry data centers face challenges in harsh natural environments, high-density computing, and rapid deployment. INVT leverages modular data centers, high-efficiency power distribution, and air-liquid hybrid cooling solutions to build a safe, green, and rapidly deployable data center infrastructure.
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