IntellActive
Redefining the battery lifecycle
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IntellActive
Redefining the battery lifecycle
OUR MISSION
Build a sustainable, reliable,
and intelligent battery.
IntellActive BMS
IntellActive’s innovative technology integrates sensing, processing, and power path control right at the individual cell level, allowing it to provide unmatched level of safety, flexibility and performance. Our universal BMS also seamlessly interfaces with virtually any battery chemistry. This broad operational scope isn’t limited to conventional battery chemistries; it extends to supercapacitors and various other large-scale energy storage mediums. Our system’s architecture is inherently flexible, capable of incorporating new sensor inputs, adapting to evolving new requirements, and expanding operational ranges.
Repurpose battery
IntellActive ESS solution platform is designed to address the unique challenges presented by repurposing EV batteries for use in energy storage systems. Our proprietary technology provides a highly versatile and adaptable BMS architecture. This ensures consistent and safe performance across a variety of battery chemistries and physical configurations. Moreover, it resolves the state-of-health discrepancies that arise from various degradations in batteries. This innovation simplifies the complexity and mitigates the costs traditionally associated with adapting EV batteries for second-life applications.
Specialized application
IntellActive self-contained BMS architecture brings standardization to operation and interfacing of each battery cell, making modularized battery storage design possible. Its plug-and-play modular approach greatly simplifies incorporating battery storage across diverse specialized applications, offering both ease of modification and serviceability. This revolutionary universal BMS approach redefines battery management strategies, addressing the complexities of battery second-life usage and offering unmatched flexibility in energy storage system design.
Let’s build together.
IntellActive 2024 ©
Photo by Manuel, Milad Fakurian, and Simon Kadula on Unsplash