DMFC Solutions

Experience uninterrupted, clean energy designed to keep your community thriving entirely off the grid.

BTGrid®

Off-grid
Energy Management System

TECHNICAL DATA

Dynamic Load Shedding	Categorizes loads into critical and non-essential; automatically drops non-essential loads based on real-time generation deficits.
Seamless Islanding Control	Detects grid failures instantly and disconnects from the main utility, transitioning into an off-grid microgrid without power drops.
Generator Auto-Start & Optimization	Monitors battery thresholds to trigger backup diesel generators, managing minimum run times and optimal loading to maximize fuel efficiency.
Multi-Source Forecasting	Collects weather feeds and historical data to predict solar/wind generation and facility consumption patterns for the next 24–48 hours.
Black-Start Coordination	Controls the systematic, choreographed reboot sequence of inverters and storage assets to rebuild the local microgrid after a total blackout.
Battery State of Health (SoH)	Monitors cell temperatures, internal resistance, and voltage balancing to prevent thermal runaway and track capacity degradation.
Fuel Consumption Tracking	Monitors fuel levels, logs run-times, and calculates fuel-to-kWh efficiency metrics to alert operators for refuel schedules.
Real-Time Edge Telemetry	Gathers operational data every second via Modbus, CAN bus, or BACnet to feed local HMIs and control loops.
Strict SoC Protection	Enforces rigid State of Charge low-limits on batteries to ensure long-term physical health, as grid backup is unavailable.
Fault Detection & Isolation	Scans for ground faults, short circuits, or communication losses, safely isolating damaged strings while keeping the rest online.
Zero-Export Control	Ensures 100% of locally produced energy is either consumed or stored, instantly throttling solar/wind inverters if generation exceeds total capacity.
Automated Demand Response	Shifts flexible commercial loads (like HVAC, EV charging, or water pumps) based on price signals or local generation limits.

BTGrid®

Battery Assets
Fleet Management System

TECHNICAL DATA

Key Feature	Small-Scale Functionalities (Devices, E-mobility)	Large-Scale Functionalities (Utility BESS, Mega-Fleets)
Asset Tracking & Inventory	Tracks discrete serialized batteries, charger slot locations, and physical field deployment to ensure assets aren’t misplaced.	Aggregates geographic/spatial layouts of multiple containerized sites, rack layouts, and multi-megawatt string configurations.
Telemetry & Data Capture	Relies on intermittent data capture upon dock insertion, Bluetooth/IoT pings, or low-bandwidth Over-The-Air (OTA) cellular uploads.	Utilizes continuous, high-frequency millisecond edge streaming via industrial protocols like Modbus, CAN bus, or DNP3.
Health & Degradation Diagnostics	Tracks simple cycle counts, basic capacity drop-offs (SOH), and cell age to flag when a unit needs replacement.	Deploys advanced AI/machine learning models and electrochemical impedance metrics to forecast Remaining Useful Life (RUL) and safety anomalies.
Fleet Maintenance Workflow	Generates basic desk alerts or automated ticket notifications prompting operators to manually rotate, recondition, or cycle assets.	Executes condition-based predictive maintenance schedules and orchestrates automated balancing without manual site intervention.
Reporting & Lifecycle Audit	Offers simple Excel exports or local browser dashboards summarizing current inventory status and operational readiness.	Generates auditable compliance data for grid operators, carbon offset tracking, ESG reporting, and warranty reconciliation with manufacturers.
Fleet Maintenance Workflow	Generates basic desk alerts or automated ticket notifications prompting operators to manually rotate, recondition, or cycle assets.	Executes condition-based predictive maintenance schedules and orchestrates automated balancing without manual site intervention.