Solving the World’s Energy Challenges
Key Attributes of Energy Storage

Electrostatic Energy Storage
- Enercap’s technology harnesses electrostatic energy storage, eliminating the chemical reactions found in
conventional batteries. - This results in instant energy transfer, improved efficiency, and a significantly longer
lifespan.

No Degradation – 99% Efficiency
- Unlike traditional batteries that degrade over time, Enercap’s energy storage maintains 99% efficiency throughout its lifespan.
- This ensures consistent performance, reducing energy waste and maintenance costs.

Unparalleled Longevity – 500,000 Charge Cycles**
- With an operational lifespan exceeding 500,000 charge cycles , Enercap outperforms conventional lithium-ion batteries, which typically last only a few thousand cycles.
- This translates to a lifespan of over 25 years without performance loss.

Optimized Power Management
Seamlessly regulates and distributes stored energy to maximize efficiency and reliability.

Ultra-Fast Charging
- Enercap’s advanced technology enables rapid charging and discharging , significantly reducing downtime and enhancing energy availability.
- Unlike traditional batteries, which require extended charging periods, Enercap delivers instant power when needed.

Stable Performance in Extreme Conditions
- Enercap’s energy storage solutions operate efficiently within a ±3°C temperature range , ensuring optimal performance even in harsh environments.
- This eliminates the risks associated with overheating, freezing, and thermal runaway.
Key Attributes of Energy Storage

Electrostatic Energy Storage
- Enercap’s technology harnesses electrostatic energy storage, eliminating the chemical reactions found in
conventional batteries. - This results in instant energy transfer, improved efficiency, and a significantly longer
lifespan.

No Degradation – 99% Efficiency
- Unlike traditional batteries that degrade over time, Enercap’s energy storage maintains 99% efficiency throughout its lifespan.
- This ensures consistent performance, reducing energy waste and maintenance costs.

Unparalleled Longevity – 500,000 Charge Cycles**
- With an operational lifespan exceeding 500,000 charge cycles , Enercap outperforms conventional lithium-ion batteries, which typically last only a few thousand cycles.
- This translates to a lifespan of over 25 years without performance loss.

Optimized Power Management
Seamlessly regulates and distributes stored energy to maximize efficiency and reliability.

Ultra-Fast Charging
- Enercap’s advanced technology enables rapid charging and discharging , significantly reducing downtime and enhancing energy availability.
- Unlike traditional batteries, which require extended charging periods, Enercap delivers instant power when needed.

Stable Performance in Extreme Conditions
- Enercap’s energy storage solutions operate efficiently within a ±3°C temperature range , ensuring optimal performance even in harsh environments.
- This eliminates the risks associated with overheating, freezing, and thermal runaway.
Key Attributes of Energy Storage

1. Long Life
Our batteries are designed to last over 25 years, significantly outlasting conventional lithium-ion batteries.

2. No Degradation
Unlike lithium-based chemistries, our batteries experience zero capacity fade over their lifetime, ensuring consistent performance.

3. 99.1% Round Trip Efficiency
Industry-leading energy efficiency minimizes losses, ensuring that nearly all stored energy is available for use.

4. 100% Depth of Discharge
Our batteries can be fully discharged without affecting lifespan or performance, maximizing usable energy.

5. Fast Charge and Discharge Rates up to 150C
Ultra-fast charge and discharge capabilities enable high-power applications, making our
batteries ideal for grid stabilization and peak shaving.

6. Wide Operating Temperature Range (-30°C to +70°C)
Engineered to function efficiently in extreme climates, eliminating the need for extensive cooling or heating systems.

7. No Risk of Thermal Runaway
Unlike traditional lithium-ion batteries, our technology eliminates the risk of fire or explosion, enhancing safety.

8. Environmentally Sustainable
Built with non-toxic, fully recyclable materials, reducing environmental impact and promoting a greener energy future.

9. High Energy & Power Density (465 Wh/kg)
Compact yet powerful, our batteries deliver high energy output in a small footprint, enabling efficient space utilisation.

10. Instant Response Time
Near-instantaneous power delivery ensures grid stability, frequency regulation, and uninterrupted backup power.

11. Scalability
Our modular design allows for seamless expansion, making it suitable for applications ranging from residential to utility-scale projects.

12. Low Maintenance
Minimal upkeep requirements translate to lower operational costs and increased reliability compared to traditional battery chemistries.

13. High Cycle Life (Up to 4 Cycles a Day)
Our batteries support multiple daily charge and discharge cycles without performance degradation, ensuring maximum energy throughput.
Case Studies & Success Stories
Real-World Impact. Proven Results.
Hyper scaling to deploy GWhs of ESS across the globe
At Enercap, our dedication to cutting-edge energy solutions is reflected in our expanding milestones. From advanced manufacturing to large-scale installations, we continue to redefine energy storage with high-performance supercapacitor technology, setting new standards for efficiency and reliability.
Total Manufacturing capacity
Energy Storage Produced to Date
Energy Storage Produced this Year
Supercap Energy Modules Deployed Worldwide
MWh Advanced Energy Storage Solutions Delivered Globally
Gen sets Optimized to Reduce upto 50% Fuel in 11 Countries
Warranty Claims
Countries in which Deployments take place today
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Get in touch with us - reach out to us using the contact form below for any inquiries, suggestions, or feedback. We're here to assist you!
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Get in touch with us - reach out to us using the contact form below for any inquiries, suggestions, or feedback. We're here to assist you!