Graphene super-Capacitor: Energy Storage Solution

Now Available in the US Market

Our groundbreaking Graphene super-Capacitor technology has arrived in the US market, offering versatile commercial solutions for diverse applications - from mission-critical data centers to agricultural operations like poultry farms.

Custom Engineering for Your Specific Needs

Each Graphene super-Capacitor project is meticulously engineered and built to address your project's unique requirements. We don't believe in one-size-fits-all solutions when it comes to energy management.

Innovative Energy Management

This cutting-edge technology effectively addresses electricity demand challenges while providing reliable long-term energy storage capabilities. The system delivers multiple strategic advantages:

  • Peak Shaving - Reduce costs by minimizing demand during high-rate periods

  • UPS Rack-Level Solutions - Ensure uninterrupted power for critical systems

  • Time-of-Use Benefits - Optimize energy consumption based on variable rate structures

Superior Technical Performance

"Boasting an exceptional 99.1% round-trip efficiency, our revolutionary grid-following technology incorporates a patented bi-directional inverter that enables simultaneous charging and discharging capabilities. As a cutting-edge solid-state solution, it completely eliminates thermal runaway concerns while delivering guaranteed performance through 300,000+ cycles with minimal degradation (less than 5%).

Unlike conventional alternatives, our system harnesses 100% of its available storage capacity—even during intensive usage of up to four complete cycles daily—providing unmatched operational flexibility and eliminating future augmentation planning concerns. All this powerful technology is efficiently contained within a standard 40-foot container that can accommodate an impressive 10 MWh of storage capacity, offering unparalleled energy density in a compact, deployable footprint."

ENCAP: MicroEcono

The MicroEcono Module is a sleek, compact power solution purpose-built for the demanding needs of telecom applications. Designed for both on-grid and off-grid scenarios, it seamlessly integrates with solar, wind, and genset power sources to deliver reliable, safe, and sustainable energy—no matter the conditions.

Optimized with advanced Revolutionary Super Capacitor technology, the MicroEcono thrives in harsh climates and extreme environments, ensuring consistent performance where traditional solutions often fail. By drastically reducing generator run time, it cuts fuel consumption, operational expenses, and maintenance needs—delivering a more efficient and sustainable approach to telecom power.

ENCAP

The ENCAP, Emtel’s core product, is the foundation of our energy storage product line. The ENCAP is available in various configurations and capacities based on application. Leveraging supercapacitor-based technology, we’ve removed the limitations of supercaps to deliver the most advanced electrostatic long duration energy storage (ELDES) the market has seen.

All ENCAP modules contain our patented encapsulated, electrostatic graphene storage with a solid-state form factor. Our modules allow bi-directional energy flow so they can charge and release power simultaneously…without any leakage. The lack of chemical process at cell level means our ENCAP modules are highly efficient, have no thermal runaway and no degradation.

The ENDCAP Module

Unleash reliable power for your telecom applications with Ensirius, the long-lasting energy storage solution.

Ensirius batteries boast an impressive lifespan and efficient design, reducing your total cost of ownership and ensuring long-term performance for your critical infrastructure.

ENRACK

ENRACK redefines backup power for data centers, government facilities, and other critical infrastructure by combining UPS and energy storage in a single, compact solution.

Unlike traditional VRLA and lithium systems, ENRACK’s solid state graphene technology eliminates the need for additional cooling and poses no risk of thermal runaway or fire, ensuring the highest level of safety and reliability.

With its ability to respond in nanoseconds and dual-purpose functionality, ENRACK offers unparalleled redundancy and resilience. By reducing a system’s footprint by up to 85% and lowering utility costs by an average of 4%, ENRACK delivers a smarter, more sustainable way to power critical operations.

Featured Use Case: Designed to power critical loads, our 100kWh backup solution provides up to 350kW of power for 5 minutes

ENPACK

ENPACK solutions deliver reliable, safe and intelligent power and can be deployed from KWh to MWh to provide power to any application.

Completely customizable and scalable, ENPACK containers can be used for any utility-scale projects up to gigawatts in capacity and output.

Together with the highly-sophisticated ENSERVER, the ENPACK safely allows energy management and control with adeptness that disrupts what’s known in the energy storage landscape. Using safe, solid-state graphene, our modules are hot-swappable, so your system never goes offline.

The ENPACK is a Complete System

To achieve true energy resilience and sustainability, a new generation of long duration energy storage is essential—one that can handle high demand safely to support a decentralized power grid that meets the demands of today and tomorrow.

  • Release power over 12+ hours or all at once

  • Complete turnkey design with Energy Storage, Power Conditioning System (PCS),Fire Suppression, Energy Management, Monitoring and Distribution System.

  • Maximum safety with no thermal runaway or heat signature

  • Outstanding performance and long lifespan with over 500,000 cycles at 1C. Can be configured to charge up to 4C

  • Integrated distribution for operation status control, DC grid-connection control, protection and data exchange.

ENPACK supports grid-tied, partial-grid or microgrid configurations

20′ Container: 5MWh | 40′ Container: 10MWh

ENSERVER

The Energy Server is a highly sophisticated energy management device that can be intricately configured on numerous levels to cater to each project’s unique requirements including:

  • Defining the priority of input power sources (grid, generator, solar, etc.)

  • Adaptation of input sources utilization based on automatic analysis of historic data

  • Surge Power Protection up to 1000% for 2 seconds

  • ENSERVER can be programmed for various frequencies based on geographic location and grid requirements

  • Intelligently support load leveling, peak shaving, frequency regulation and congestion relief

  • The Energy Server has grid-following (GFW) and grid-forming (GFM) control