Vectavoltx delivers ultra-durable, high-rate, and wide-temperature electrochemical power through advanced cell materials and custom industrial packaging, ensuring zero downtime for critical loads and AI data centers.

About Vectavoltx

Founded in Singapore, Vectavoltx is an energy technology company specializing in advanced cell materials and industrial battery module packaging. The name integrates the Latin concept of leverage (Vectis) with electrical power (Volt), while the "X" marks our focus on extreme operating conditions and electrochemical frontiers.

R&D & Academic Collaborations

Our core team consists of material scientists, electrochemical engineers, and battery manufacturing veterans with decades of commercial cell production experience. Vectavoltx maintains strategic technical collaborations with top research universities in Singapore and battery research labs at the University of California San Diego (UC San Diego / UCSD). These partnerships drive our core intellectual property in wide-temperature electrolytes, ultra-long-life electrode materials, and high-rate discharge architectures.

Core Products & Applications

We provide reliable power solutions across multiple chemistry platforms:
Advanced Cell Portfolio: Industrial primary lithium cells (Li-SOCl2 / Li-MnO2), extreme-cycle/wide-temperature lithium titanate (LTO), and low-carbon sodium-ion (Na-ion) cells.
Custom Industrial PACKs: High-durability battery modules engineered for industrial metering, robotics, harsh-environment devices, and stationary storage.
High-Voltage AIDC BBU Cells: Dedicated Battery Backup Unit (BBU) cells developed for High-Voltage AI Data Centers. Designed for millisecond-level, high-pulse discharge with high volumetric energy density and thermal stability, ensuring continuous uptime for mission-critical computing loads.
From extreme field environments to AI data centers, Vectavoltx delivers dependable, heavy-duty electrochemical solutions built on solid materials science.

Powering Next-Gen AI Data Centers:

Vectavoltx LTO3370-2R4-5000 High-Power Cell Solutions for AIDC BBU

As surging AI workloads and dynamic GPU power spikes redefine data center demands, battery backup unit (BBU) evaluation has moved far beyond energy capacity (Wh). Today’s mission-critical AIDC infrastructure demands ultra-high power output (kW), rapid recovery, and optimized Lifetime TCO.
Engineered specifically for high-frequency, high-rate, and mission-critical reliability, the Vectavoltx LTO3370-2R4-5000 Lithium Titanate (LTO) cell delivers an uncompromising power foundation for next-generation computing:

HIGH POWER. FAST RECOVERY. LONG LIFE.

Empower your AI data center with resilience, efficiency, and continuous uptime. Discover Vectavoltx LTO Technology.

Peak-Shaving Cycles

≥100K

≥100,000 Cycles & Superior Lifetime TCO: Delivering over 100,000 peak-shaving cycles along with inherent thermal stability and safety, it significantly lowers replacement frequencies, maintenance overhead, and total cost of ownership.

High-Rate Fast Charging

3C

3C Fast Recovery for Consecutive Events: With 3C high-rate fast charging, system recovery time is drastically reduced, mitigating low-SOC exposure and ensuring continuous backup readiness during high-frequency power events.

High-Series Configurations

800V

400V Today. 800V Ready: Optimized for high-series configurations, seamlessly supporting current 400V architectures while providing a future-proof path to next-generation 800V AIDC power platforms.

Ultra-Low Internal Resistance

<1mΩ

Ultra-Low Internal Resistance & High Pulse Discharge: Featuring an ACR of ⁠<1mΩ⁠, the LTO3370 minimizes voltage sag and thermal dissipation, effortlessly delivering up to 20C / 100A peak pulse power to handle instant AI transient loads and grid fluctuations.

Solutions

AIDC

Construction

Grid

Industrial

Vectavoltx

47 Holland Dr. #04-383, Singapore 270047

Products

Cells
Lithium Titanate (LTO)
Li-SOCI2/Li-MnO2
Low-Carbon Sodium-ion (Na-ion)

Solutions

AIDC
Construction
Grid
Industrial