Deploying next-generation electrochemical, thermal, and flow-based storage architectures to stabilize grids, enable renewable integration, and power autonomous infrastructure worldwide.
Modular, scalable, and engineered for extreme durability across utility, commercial, and industrial applications.
High-safety, long-cycle battery arrays optimized for frequency regulation and peak shaving with enhanced thermal runaway suppression.
Dry polymer-ceramic matrix eliminating liquid electrolyte leakage, enabling higher energy density and reduced thermal management overhead.
Scalable liquid-electrolyte systems ideal for 8–16 hour duration storage, with decoupled power/energy sizing and zero degradation over 20 years.
Molten salt, phase-change materials, and liquid air energy storage (LAES) for industrial process heat and baseload grid stabilization.
Electrolyzer-to-fuel-cell round-trip loops coupled with storage, enabling seasonal energy shifting and synthetic fuel production.
Turnkey behind-the-meter solutions with AI-driven demand response, automatic tariff optimization, and seamless generator integration.
Standardized benchmarks across our flagship storage deployments. Custom configurations available for utility RFPs.
| Platform | Capacity Range | Round-Trip Eff. | Cycle Life | Response Time | Deployment Time |
|---|---|---|---|---|---|
| ZenthGrid LFP-400 | 10 MWh – 200 MWh | 94.2% – 96.1% | 8,000 – 10,000 | <10ms | 6 – 9 months |
| ZenthFlow VAN-X | 25 MWh – 500 MWh | 72% – 78% | 20,000+ (20 yr) | <50ms | 9 – 14 months |
| ZenthSolid S2 | 5 MWh – 150 MWh | 91% – 93% | 6,000 – 7,500 | <15ms | 8 – 12 months |
| ZenthThermal TS-1 | 50 MWh – 2 GWh | 68% – 74% | Indefinite (degrad. <0.1%/yr) | 1 – 5 min (ramp) | 12 – 18 months |
Real-world installations delivering grid stability, cost reduction, and renewable integration across critical markets.
Central European grid balancing facility coupling 200MWh LFP storage with regional HVDC interconnectors.
Extreme-weather hardened BESS providing frequency regulation and peak demand management during summer grid stress events.
Urban commercial-industrial park storage with AI-driven tariff optimization and seamless backup power transition.
Rapid-deploy modular storage units stabilizing distributed renewable networks and restoring critical infrastructure resilience.
Access technical datasheets, request capacity modeling, or partner with our systems engineering team for utility-scale and commercial deployments.