Supercapacitors
For A Greener Future
An eBook on Sustainable Energy Storage & How Supercapacitor UPS Outperforms Traditional Battery-Based UPS
Why Download The eBook?
Revolutionary Advantages of Supercapacitor UPS
In today’s industrial landscape, the demand for sustainable and reliable power solutions is more critical than ever. This ebook dives deep into the revolutionary advantages of supercapacitor-based UPS systems, particularly Premio’s ECO-1000 Series. Unlike traditional battery-based systems that are plagued by environmental concerns and high maintenance costs, supercapacitors offer a greener, more efficient alternative. By downloading this ebook, you’ll gain valuable insights into how supercapacitors not only reduce your carbon footprint but also enhance the reliability and longevity of your power infrastructure.
Trends of Power Management:
- Increased Adoption in Renewable Energy Integration
- Greater Focus on Sustainability
- Integration with IoT and Smart Technologies
- The Quest for Greater Resiliency and Self-Sufficiency
Battery-Based UPS VS. Supercapacitor UPS
Battery-Based UPS
Toxic Materials
Often contains lead, cadmium, nickel, and other hazardous materials.
Resource Intensive Production
Battery production is resource-intensive, requiring significant water, energy, and raw materials.
Low Energy Efficiency
Higher energy waste and carbon footprint, especially during long charge cycles.
High Recycling Difficulty
Battery recycling faces challenges like low collection rates, high energy consumption, and limited recovery of materials, reducing its recycling effectiveness.
Short-term Lifecycle
2-6 year operating longevity
Supercapacitor UPS
Safe Materials
Use carbon-based materials, which are more environmentally friendly than lead/sulfuric acid.
Reduced Resources Extraction
Lowering the demand for raw materials in mining and processing of critical minerals.
High Energy Efficiency
Minimal energy waste, lowering the overall carbon footprint.
Safer Disposal and Recycling
Less risk of releasing harmful substances into the environment during the recycling process.
Long-term Lifecycle
10-year operating longevity drastically reduces replacement frequency.
The Award Winning Energy Solution for Sustainability
Premio’s ECO-1000 Supercapacitor took home the prestigious 2024 Computex Best Choice Award in the Sustainable Tech Special Award category. The recognition of the ECO-1000 with the 2024 Computex Sustainable Tech Special Award underscores its innovative design and positive impact on the environment
ECO-1000 Series EDGEBoost UPS EnergyPack
Premio’s ECO-1000 Supercapacitor took home the prestigious 2024 Computex Best Choice Award in the Sustainable Tech Special Award category. The recognition of the ECO-1000 with the 2024 Computex Sustainable Tech Special Award underscores its innovative design and positive impact on the environment.
By supporting 8/16x supercapacitors, the ECO-1000 provides consistent power reliability and redundancy for mission-critical applications at the rugged edge.
- 8/16x Industrial 370 Farads Supercapacitors
- 12V/24V Compatibility
- UL-Certified, CE, FCC, EMC Conformity with EN50155
- 10-Year Longevity & 500,000 Lifecycles
Key Mission-Critical Markets
In these specified market verticals, data is crucial and cannot be compromised even in the most challenging deployments. Supercapacitors provide additional assurance for data integrity and safeguarding against unexpected power interruptions.