Where Energy Meets Intelligence
Power Smarter, Pay Less.
Every commercial operation faces the same growing pressure: rising electricity rates, peak demand charges, and seasonal energy spikes that crush your bottom line. The problem isn’t how much power you use—it’s when you use it. Utilities charge dramatically more during high-demand hours, often doubling or tripling your costs. That’s where we come in.
Graphene Power Storage gives you the ability to store low-cost energy when rates are low—and use it during expensive peak hours. Our systems respond in real-time, flattening demand curves and helping you avoid painful surcharges. Whether you're managing a data center, farm, factory, or food processing facility, our ultra-durable, fire-safe graphene batteries deliver long-duration storage without degradation, thermal risk, or downtime.
With zero-maintenance, over 500,000 charge cycles, and fast charge/discharge capabilities, this is more than backup power—it's a smarter way to run your business.
Maximize Utility Savings With Energy Storage
Leverage Tax Credits & Incentives
Avoid Costly Power Outages & Disasters
Simple Operations & Maintenance (O&M)
Meet Environmental Goals & Requirements
A full-scale, plug-and-play energy storage container for grid, partial-grid, or microgrid deployment.
Compact and resilient energy module tailored for remote telecom and harsh-environment operations.
The foundational graphene energy module designed for modular, scalable storage systems.
Compact backup system for data centers, government sites, and other critical operations.
Advanced energy management device that powers and protects smart grid systems.
High power usage per square foot for lighting, HVAC, and hydroponic systems makes this a perfect fit for graphene storage. Dramatically reduces utility costs while ensuring uptime in precision-controlled environments.
Critical infrastructure where uptime, fire safety, and energy efficiency are non-negotiable. Graphene storage eliminates thermal risk, cuts cooling needs, and delivers nanosecond response for instant power.
From milling and drying to refrigeration and packing—processing plants face high, unpredictable energy loads. Graphene storage smooths demand, reduces energy bills, and improves system reliability.
Continuous operation of milking systems, ventilation, and refrigeration creates a steady, high-load demand. Energy storage improves self-reliance, reduces genset dependency, and enhances biosecurity resilience.
Cell towers, remote equipment, and edge data centers need rugged, always-on power. Graphene systems thrive in harsh environments, reduce diesel use, and support hybrid solar/wind integration.
Highly sensitive to outages and peak charges. Graphene storage ensures temperature stability and backup capacity without thermal runaway or long charge times.
Through intelligent peak-shaving, time-of-use-can completely eliminate demand charges.
No fire risk or hazardous materials
More power in a compact wall-mounted design.
Adapts and creates resilient microgrids for energy independence
Electrons move through graphene almost without resistance
Integrates with solar panels, grid power and generators
GMG, in collaboration with the University of Queensland, has developed a graphene aluminum-ion (G+AI) pouch cell prototype. As of September 2023, the battery achieved over 500 mAh capacity at ~2 V, with plans to scale to 1 000 mAh by mid‑2025. This tech boasts high‐power density and safety benefits, with multiple global partners expressing interest.
The EU‑backed Graphene Flagship initiative pools academic and industrial expertise across 22 countries. Its Work Package 12 concentrates on enhancing charging speed and lifespan of batteries and supercaps through graphene and layered 2D materials. This flagship program is bringing graphene energy solutions closer to market readiness.
Researchers in India (Nagaland University et al.) have developed a scalable, cost-effective method to produce aminated graphene from reduced graphene oxide. This innovation improves supercapacitor electrode performance and is ready for commercialization—backed by an Indian patent and recent publication in iScience.
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