MicroTel electrosttaic energy storage

MicroTel is the latest addition to Emtel Energy’s SuperCapacitor-based energy storage solution. Designed with electrostatic energy storage technology. It is the best alternative to chemical batteries, offering zero chemical reaction and minimizing the risk of thermal runaways. With enhanced longevity and safety, Microtel is ideal for Telecom networks, data centers, and off-grid & hybrid systems, especially in harsh temperature environments.

Key Features

Electrostatic Energy Storage Technology

MicroTel store energy in electric fields instead of chemical reactions, ensuring no degradation.

Designed for Harsh Temperatures

Unlike lithium-ion or lead-acid batteries, Micro Tel offers 500,000+ cell life cycles with 100% Depth of Discharge (DoD) and no thermal runaway risk, making it a good safer greener option.

Best Alternative to Chemical Batteries

Micro Tel operates flawlessly in extreme temperature ranges from -30°C to +70°C, making it the perfect choice for remote and challenging environments.

Zero Maintenance

With no chemical reactions, MicroTel requires no active cooling, regular maintenance, or replacement over its 25-year Cells Projected Calendar Life..

Applications

Data Centers

Ensures seamless power delivery, UPS backup, and pure sine wave output, guaranteeing maximum uptime and protection for critical IT infrastructure.

Telecom Networks

Provides uninterrupted backup power for telecom towers and base stations, offering load smoothing and 24/7 reliability.

Hybrid Systems

Ideal for solar-powered systems and microgrids, ensuring independent, reliable power for remote locations.

WHY CHOOSE MICROTEL?

Long Life Cycle

With 500,000+ cell life cycles and no degradation, Micro Tel ensures continuous reliability over the long term.

Sustainable

Micro Tel is an eco-friendly solution that meets sustainability goals.

High Efficiency

Achieve >95% round-trip efficiency, minimizing energy loss during charge and discharge.

No Chemical Reaction

Safe and stable performance without the risks of chemical degradation.