Unlock Smarter Battery Storage with our AI-Powered EMS Platform
An Intelligent EMS Built for
Control, Analytics, & Grid Integration
Drive Energy Efficiency, Grid Resilience, and Cost Optimization for Customers and Energy Providers.
Unifying edge control, predictive analytics, and built-in grid compliance,
EQ-S EMS enables scalable, intelligent, and secure energy
storage operations.
Deliver fast, compliant control for grid integration and services
- Sub-100ms system response for grid-forming, black start, and frequency regulation
- Support for VPP operation, active/reactive power scheduling, and energy arbitrage
- Compliant with IEEE 1547 & 2800 and other global interconnection standards
Ensure scalable & fault-tolerant system operation
- Support hundreds of BESS containers and inverters via modular ESC deployment
- Dual servers, redundant switches, and UPS-backed components for zero single point of failure
- Fiber-linked closed-loop control for ultra-reliable site-wide coordination
Enable secure, edge-based intelligence across your sites
- ESCs host embedded logic for localized control—even during network disruptions
- Role-based access, firewalls, segmented networks, and encrypted communications
- Remote access with VPN support for secure, efficient operations
Gain real-time visibility and operational control
- Visualize key metrics across dashboards, alerts, trends, heatmaps, system diagrams, and more
- Monitor and coordinate all assets through intuitive UI and seamless API integration
- Protect system access with audit logging, HTTPS encryption, and multi-user control
Make smarter decisions with advanced analytics & reporting
- AI-powered trend detection, anomaly alerts, and lifetime (RUL) analysis for proactive decision-making
- Sub-second data resolution and redundant storage for instant insights, event traceability, and trend analysis
- Custom and automated reports with flexible export formats and scheduling options
Validate system performance with digital twin modeling
- Pre-deployment testing and validation via PSCAD, PSS®E, and full-stack testbeds
- Hardware-in-the-Loop (HIL) simulation for grid behavior emulation
- Continuous model tuning to support complex multi-site deployments and reduce integration risk
