iMOD X-Series Modules

Ioxus announces the launch of its iMOD X-Series, a family of 22 modules whose architecture will be the framework for future Ioxus energy storage technologies across its ultracapacitor systems.

• Makes design and installation at the system level extremely easy
• Simplifies system design and installation by offering nearly infinite array of possible mounting configurations
• Features modular design
• Core includes integrated wire management systems to ensure proper wire location, integrated heat sinks, and 5,000 VAC hi-pot
• Includes advanced monitoring and communications choices, making CAN communications available on all X-Series products to help accurately monitor vital statics
• Configurable T-Slot mounting for flexible voltage configuration meets virtually all customer requirements, and creates orientation-agnostic mounting with infinite flexibility and no customer hardware requirements
• 5,000 VAC Hi-pot has up to 2,000V DC applicability depending on specific industry standards
• All monitoring, balancing and CAN communications are mounted externally for easy maintenance and upgrades
• Retrofitting is possible, allowing customer to decide to add CAN communications at a later date, or even switch from analog monitoring to digital monitoring in the field
• Integrated heat sink provides improvements in heating and cooling dissipation for improved life and reliability
• Features high shock and vibration rating, ISO 16750-3 Table 12 and 14
• Environmental protection of IP67 
• Twenty-two different modules are available, using three popular cell ratings that provide ultimate flexibility for specific application needs
• Includes Ioxus Titan Cell featuring electro-chemical stability, extreme thermal management, balancing and optional communications to ensure long-term reliability
• Can be upgraded with the latest chemistries as they are developed and released, allowing for higher voltage and increased energy to be used in existing modules
• Front facing terminals minimize cable or bus bar length and movement, which reduce or eliminate upkeep and design time
• Elimination of cables that cross front-to-back in the design allows for easy and safe maintenance of the system