EnerVenue

EnerVenue solves a real infrastructure problem: lithium-ion batteries weren't built to last 30 years, but the grid needs storage that does. The team took nickel-hydrogen chemistry from NASA—proven on Hubble and the ISS—and refined it for grid-scale deployment at a fraction of the original cost.

The core offering is straightforward. Energy storage systems engineered to run continuously for three decades without major intervention. No thermal management complexity, no fire suppression systems, no supply chain dependencies on constrained minerals. 30,000+ cycle design life, 100% usable depth of discharge, and zero fire risk from thermal runaway. This is infrastructure designed for reality, not marketing slides.

Why this matters for APAC: The energy transition is hitting Southeast Asia hard. Countries from Vietnam to Indonesia are scaling renewable generation faster than they can build storage infrastructure. AI data centers are commissioning at scale. Industrial electrification is restructuring demand across the region. EnerVenue's long-duration storage directly addresses these deployment challenges—especially for distributed energy projects where replacement costs or downtime are commercially catastrophic.

The team gets it. Leadership includes Prof. Yi Cui (National Academy of Sciences materials scientist at Stanford), CEO Henning Rath (scaled Enpal into Germany's leading renewable platform), and a CTO with 25+ years in energy storage tech. They're recruiting engineers, operators, and scientists who understand that building infrastructure is different from selling products. The stakes are real, the problems are hard, and the horizon is decades—not quarters.

Work here is remote-friendly but location matters less than understanding that 30-year consequences compound across decisions made today in design, manufacturing, and commercial strategy.