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Modular Ultracapacitor Stored Energy System for high-power applications
Modular Ultracapacitor Stored Energy System for high-power applications
Products | Rainer Hake | reading time: 6 minutes
The American technology company IOXUS offers one of the most advanced data-driven energy storage system able to solve the worlds most pressing problems. It's simply called MUSETM-System, the abbreviation for "Modular Ultracapacitor Stored Energy".
The MUSE™ System provides artificial inertia to support wind, solar, and wave power generation, stabilizing the grid and enabling the efficient harnessing of renewable energy for a sustainable future.
Rapidly changing power profiles from new loads such as large-scale data centers providing AI inference, require grids with high dynamic power capacity to maintain seamless compute performance. With its instantaneous response time, the MUSE System empowers AI to reach new levels of capability.
MUSE™ could supply the pulse of power to initiate a fusion reaction to power the next big accomplishment.
Benefits of the Modular Ultracap Stored Energy system for high-power applications
- Modular design for ultimate customization and configuration
- Ease of maintenance
- Unparalleled scalability from 10 MW to an impressive 1000 MW
- No critical materials in ultracaps
- Lightning-fast charge and discharge capabilities
- Industry-leading 20-year operational lifespan
- State-of-the-art thermal management
Applications for the intelligent control/ monitoring/ & reporting system
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Utility-scale power grids
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Renewable energy integration
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Industrial power systems
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Transportation infrastructure
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Data centers and telecommunications
MUSE Components
MUSE-MTM Modules
- Efficient configuration with 48 cutting-edge ultracapacitor cells maximizing cell cooling area while minimizing ESR
- Impressive Peak (Surge) voltage: 144V (48 cells @ 3.00V)
- Advanced integrated forced air cooling compatible system
- Industry-leading safety features and thermal monitoring
- Ultra-durable polymer components rated UL94-V0 for superior flame retardancy
MUSE-RTM Racks
The MUSE-RTM rack provides a secure and efficient home for MUSE-MTM modules, featuring:
- Revolutionary modular design for effortless scaling and maintenance
- Advanced integrated cooling system designed into rack architecture.
- Earthquake-ready seismic design for unmatched stability
- Full EMC & EMI compliance for seamless integration
- Next-generation fault protection and redundancy measures
- Cutting-edge overvoltage and short-circuit protection
MUSE-STM System
The MUSE-STM system integrates multiple MUSE-RTM racks to create the ultimate energy storage solution:
- Exceptional performance: 100 MW power for up to 5 seconds (up to 1000MW)
- Bidirectional capability: Both charging and discharging at maximum power
- Unmatched flexibility: Up to four consecutive charge/discharge events at peak power
- Sustained power delivery: 10% of maximum continuous power
- Rapid recovery: Only seconds between maximum power events
- Built to last: Engineered for a 40+year system operational lifetime.
MUSE-MSTM Management System
The MUSE-MSTM delivers advanced control and monitoring for the entire MUSETM ecosystem:
- Sophisticated hierarchical control architecture that mirrors the energy storage system hierarchy
- Real-time monitoring of all system components
System Controller: Responsible for overall system management, including coordination of string controllers, monitoring system performance, and communicating with the STATCOM system.
String Controller: Each string has a primary string controller(and redundant back up) responsible for managing the racks within that string. It interfaces with the system controller and the rack controllers.
Rack Controller: Each rack is controlled by a rack controller (and redundant back up), which interfaces with the string controller and the module controllers. It manages the modules within the rack and monitors their performance.
Module Controller: Each module has a module controller responsible for monitoring and controlling the individual module's operation. It communicates with the rack controller.
- Predictive maintenance powered by advanced data analytics
- Innovative digital twin technology for precise State of Health (SoH) evaluation
- Fail-safe redundant communication and control
Supercapacitor Management And Reporting Technology (SMARTTM)
SMARTTM is the intelligent core of the MUSETM system, offering:
- Precision voltage monitoring of every individual cell
- Comprehensive temperature sensing with multiple sensors per module
- Secure isolated communication between components
- Versatile low-voltage operation capabilities
- Optimized cell balancing for peak performance
- Power derived from both cell array and from an external power source
- Over discharge (reverse charge) toleration to negative voltages down to -0.5 V with no permanent degradation to the energy storage system
Technical Specifications
|
Overall voltage range |
Up to 100 kV DC |
|
Power range |
Scalable from 10 MW to 1000 MW |
|
Rack max. voltage |
2880V |
|
Rack weight |
1100 kg |
|
Rack footprint |
0.56 m2 |
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Energy density @ 2.4V/cell |
4.11 kWh/m2 |
|
HV isolation / Partial Discharge |
Ground isolator mounting and Partial Discharge mitigation |
|
Bypass/safety switch |
4 per rack (per 5 modules) |
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Bypass operation |
Remote make/break contact |
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Discharge method |
Integrated resistors and switches |
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Aux power |
2x DC-DC converters |
|
UPS |
2 x 20 Wh ultracapacitor banks |
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CMS architecture |
Dual rack controllers + Module comm. & balance controllers |
|
Module communications |
Ethernet |
|
Rack communications |
Dual 1G Ethernet |
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